TWI253536B - A liquid crystal display with defect reparability - Google Patents

Abstract

A liquid crystal display with defect reparability includes two vertical common lines and a plurality of horizontal common lines in a pixel, wherein the vertical common lines are parallel to a data line, and each horizontal common line is intersected to connect with each vertical common line. Each horizontal common line is extended to pass through but not touch the data line and connect with a horizontal common line in another neighboring pixel, and the horizontal common lines have overlaps with the data line in a different plane.

Description

1253536

5. Description of the Invention (1) Technical Field of the Invention The present invention relates to a liquid crystal display panel, and more particularly to a liquid crystal display panel having a trapping design. Lack [Prior Art] In the production process of liquid-tank display panel driven by Thin-Film Transistor (TFT), it often happens due to production conditions or external environment, such as electrostatic discharge damage and contamination particle adhesion. Etc., causing defects in the surface, short circuit or line break (defect), which affects the quality of the panel product and the manufacturing yield of the large product. Field reduction

Therefore, in general, when designing the panel, some repair lines or repair graphics (^^^ttern) can be added to complement the graphics j, and the time of the display panel is displayed. .

The defects on the board are repaired. At present, most of the repair lines or repairs: Bu =: the outside of the entire display area, close to the perimeter of the panel, the laser is private, to repair the defects in the display area. However, due to repairing the line or repairing the defect position within the display area, I: 2: When repairing, you must first confirm the position on the side to be repaired. Outside the display area is not conducive to mass production of products, ο, not 3 plus the area required for repair has a, and 4: t; external can be additionally set, the perimeter of the panel is set ΐ 2 patching effect is limited (data-line ) or the length of the sweeping line, usually the scan-line is longer, plus

匕Data Outline

1253536 V. Description of the invention (2) There are many overlapping points between the road and the data line or the scanning line. Therefore, it is easy to increase the driving load of each wire (RC loading), resulting in signal distortion. ~ In addition, 'for some of the elements that are driven by the storage capacitor on common (Cst on common), the common electrode line (common 1 ine) is only available in each pixel. One, it is very easy to break the common electrode line caused by the process factor, which leads to the defective defect of the storage capacitor disconnection. SUMMARY OF THE INVENTION One object of the present invention is to provide a liquid crystal display panel with defective repair capability, so that defects on the liquid crystal display panel can be effectively and instantly matched with the laser repair process, and repaired, thereby improving panel defects. Repair efficiency and yield of display components. In addition, for a pixel having a storage capacitor on a common electrode (storage capacitor on c〇mm〇n; cst on com mo η), the number of the common electrode lines (c 〇mm 〇n 1 ine ) is set. Increased to reduce the chance of simultaneous storage capacitor (Cst) disconnection defects due to common electrode line disconnection. According to the above object of the present invention, a liquid crystal display panel having a good defect repairing ability is proposed. The present invention is directed to a panel driven by a storage capacitor on the side of a common electrode, by using a plurality of common energization = lines in each of the pixel display regions to simultaneously provide a plurality of common electrode lines and defect repair paths. The common electrode line in each pixel includes two longitudinal common electrode lines parallel to the resource line, and a plurality of longitudinal and common lines. 2 I253536 V. Invention Description (3) Polar line ^, connected Electrode line. In the middle, each = is close to the _ 昼 昼 zone:: strip, longitudinally co-energized, / to the common electrode line and extended to the side of the data = line. The roads are not in contact with each other. At the same time, the horizontal common electrode green pass electrode line in the weight and position lateral 2 ^ 昼 ;; the common line overlap with the longitudinal direction, and the horizontal == bright spot defect. In order to repair the horizontal common electrode line of the line defect d type and the padding m! on the data line, the leaf A >

The data line for making this element is two-in-the-pixel, and the control can be set to a plurality of side-by-side vehicles; on the longitudinal common electrode line, the break line between the turns is lacking π. The extension path, and the laterally extending path handle I has a weight of 4 positions::; Lifting: =: The path is extended to the repair path of the data line when the defect repair is performed, and the broken line is excluded. In addition, the number of times the laser cutting step can be used can be reduced for the book. The through electrode line and the longitudinal = wave = pixel electrode are fabricated, designed to be in a horizontally structured structure so that the horizontal = ; = path of the connected position has an open position, not covered by the elemental electrode:: longitudinal common electrode line The connected laser of the = pole line is advantageous for defect repair, and is common to the application of the invention:: By means of a plurality of liquid crystal display panels with a common protection capability in the pixel, the repair path of the defect repair, and the design of the friend road can provide each element to make the panel have more flawed repair performance.

1253536 V. Inventive Note (4) Force, at the same time, can directly repair the defects on the panel with the common electrode line with the closest position, and improve the efficiency of defect repair. The other is that the invention uses the common electrode line designed in each pixel as a repairing circuit, so that the phenomenon that the repairing line is too long and the driving load (RC loading) is too large, thereby reducing the transmission signal distortion, can be effectively avoided. The problem arises. In addition, in the liquid crystal display panel of the present invention, if there is a disconnection defect in the common electrode line itself, the storage capacitors can be prevented from being simultaneously generated by the other common electrode lines provided. The problem of disconnection. Therefore, the liquid crystal display panel design of the present invention can effectively improve the effectiveness of the panel defect repair, thereby greatly improving the product yield and reliability of the display device. [Embodiment] The present invention provides a liquid crystal display panel with a defect repair function, which is provided with a storage capacitor in a pixel display area of a common electrode (st stator capacitor on common; C st ο ncomm ο η ) The common electrode lines (c 〇mm ο η 1 ine ) are designed, and the common electrode lines are designed to have mutually intersecting and connected paths, and have overlapping positions on different planes with the data lines on the panel. When the data line has a wire breakage defect or a bright spot defect appears on the panel, the common electrode line can be used to perform the defect repair process with the laser, and the common electrode line located in each pixel area is converted into a repair line (repair 1) Ine ) 'to repair the panel display area instantly and quickly

Page 10 1253536 V. Defects in the description of the invention (5). Further, the position where the common electrode lines are cross-connected in the display region is designed to be free from the structure covered by the elemental electrodes, and the laser cutting step of the common electrode line is facilitated in the case of defect repair. The method of the present invention will be described in detail below by way of examples. Embodiment 1 The present invention discloses a circuit diagram, a structural design of a liquid crystal display panel with a defect repair function. Referring to FIG. 1 and FIG. 2 respectively, FIG. 1 is a partial structural view of a liquid crystal display panel according to a preferred embodiment of the present invention, and FIG. 2 is a first preferred embodiment of the present invention. LCD

ΐ H Department Λ 修 修 示意图 示意图 示意图 示意图 ’ 户 户 户 户 户 户 户 户 户 户 户 户 户 户 户 户 户 户 户In Fig. 1, a region 100 of the data line 1 2 is a Pixel-electrode 102 covered with a halogen electrode and a cross-control. Animal display does not &, using thin film electricity

Transistor; TFT)l〇3 and 昼 蕾 蕾 (in Film Road 1 2 0 and scan line 1 4 〇 cross control \ pole 1 〇 2 connected, and by the data line to control the display area i 全The diaphragm-metal i6〇 of the membrane transistor 1 〇3 is displayed in the state, and is transmitted to the display area 1 针对 by the first embodiment of the drain for the stored electricity ☆ σί1.

In the 00, the display area of the two lateral 妓 common electrodes is respectively set to the longitudinal common electrode line 1〇6. Among them, the bungee line is 1〇4, and the other two

1 0 6 is located in the display area 1 ,, on the side of the two longitudinal common electrode lines, and parallel to each other, and the other two sides of the data line 120 are two horizontal common electrode lines 1253536. 6) 1 0 4 is perpendicular to the longitudinal mound structure and crosses to the data line, 12〇, and ^· into a well-stacked position. The Zhaoxing Beike line 1 220 has a horizontal common electrode line 104 and a common plane in the longitudinal direction, and is cross-phased, but is located on the same side as the element 2, and is not in contact. The invention utilizes the lateral common current S to be located in different flat designs, so that the horizontal common electrode line 1〇4 and the structure of the line of resources are placed in the U2 and the overlapping position 114, so that the overlapped firing process can be performed on the defect, so that the horizontal common electrode line 1〇4 With the data entry %•' is connected by the lightning path, 1 and using the horizontal common electrode line 1〇: the structural connectivity of the 20-to-1 common-electrode line 106, the path of the 'ϋ104 itself and the longitudinal path. In the first embodiment, in one of the first, in the first embodiment, on the common electrode line 1 〇 6, the longitudinal-lateral extension path 107 of the % female negative line 1 2 0,; Two = path m, and the data line 12 〇 has a position overlap but not connected: 丄 2 〇, and each of the short-circuit connection paths with multiple defect repairs. Same as: 冓j to provide a 12° longitudinal common electrode line m, between the lateral 4:;:= way extending path 1〇7, first set with the middle road ^ and the back (4) repair, Reducing the % difference of the laser cutting step, since the pixel electrode 1〇2 is covered by the lateral common-input number. And the vertical common electrode line i06, therefore, the actual, 廿104 with the electrode 102' connected to the lateral common electrode line 丨〇4 'hill, near the location of the 昼素路湾, designed to have an opening 11〇 =

Page 12 1253536 V. Description of the invention (7) Yellow line 104 and longitudinal common electrode line 1. 6 connected = connected Λ / line 104, and the area shared by the longitudinal common electrode line 丄υ b, not subject to book defects Repair the day-to-day laser cutting step. ,! In order to facilitate the following = = = there is a disconnection on the line 120 (〇 pe situation is shown in Figure 2. A 曰 袓 袓 & 的 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻 幻A broken line laser process occurs on the line, and when the line is transmitted downward, the line 丨04 can be used, and the data line 120 at the position mt and the horizontal common electrode -t #J ^ J 6; - . , I are both The horizontal common electrode line = :; = then the 'data signal 2 3 0 can still be passed through the 樯 &#, s + j line 120, and the longitudinal green pass electrode line 104 and the data to the thin film transistor 103: 106 connected characteristics, and transmitted to other halogen display areas, the: conveyed to the poor material line 1 20 through the repair path of the number (4) to transmit the young party:::: number = that represents the information message 1〇4, and the longitudinal hill Through the thunder = politics, when the 电极 is connected to the common electrode line 12 〇 electrically connected part of the line = by the laser process and data can be. Among them, because the vertical:: power is the extreme turn: road into = repair The work of the line - the break line gap 109, therefore, can be / on the line 1 〇 6, has been designed in advance to the longitudinal common electrode line Ray When the defect repair is performed, a step ’ 230 is omitted to smoothly return the data line 106 to the data line 120 by the step of laterally commutating the knife. ’ and the longitudinal common electrode

!253536 !253536 In addition, the invention description (8) is based on the 'Landscape:::Polar 102 series designed to have an opening "〇, because it will not be in position due to ί = road 1〇4' 213 laser cutting 4j., the horse has a frosting electrode 1 0 2 frost, the effect of the "Lang Lang ^ Ε · ^ Qiaoji line 1 〇 4 cut off. U and ^ laser on the lateral 疋 on the poor material line i 2 〇, ϊ ϊ 女 ν, the same repair party ^ ^ appears another broken line defect 223, then U7 and data line 12 〇, in the same 91〇良私 will extend the path of the data line 12 to form a short-circuited state and a short-circuited state. Further, the connection and the W104' are formed at the position 214 at the position 215 to perform the effect of cutting the common electrode line 104. Broken. In this way, it is possible to achieve the repair of the wire breakage defect 223. In addition to the above, if the repair situation is in the opposite direction (4) ^ intention. In fact, the highlight defect of the liquid crystal display panel of the example is repaired, . . , 'Fig. 3, the first embodiment extends to the data line 12〇; and the common electrode line 104 extends not only to the adjacent pixel display V zone: two: 120 disks have overlapping positions, and the longitudinal common electrode line 306 is connected = two and 32 中 in the display area 30 0, and has a weight with the data line 32 ::: The film and position in the area 1〇〇. When there is a bright spot defect in the area 1 , the body 10 3 loses its characteristics, and the display is directed to the common electrode line 10: the laser repair process, the horizontal connection state, and the vertical channel 32〇 Position 312 forms short circuit sub-white, through electrode line 106 and display area

Page 14 1253536 V. Description of invention (9)

The bungee metal 60, in the longitudinal direction, is co-energized and the overlap is also formed in a short-circuited state. Connected and laterally co-energized = line 106, laser cut laser cut at position 31 3, and equipped with line 104, at position 3 _ 5 and position 317 - disconnection gap 3 ° 〇 9 . Originally designed for longitudinal common electrode line 306, data signal 3 3 〇

The pole line 104, and the longitudinal direction, can be transmitted to the electrically connected state of the display area common electrode line 1〇6 by the data line 320 and the lateral common current. Above the element electrode 102, the drain metal 丨6〇 in the crucible And further transmitted to the pixel display situation in which the display area is displayed in the display area, and thus, according to the above-mentioned point > defect repairing purpose. The method of the actual example of the common electrode line is based on the design of some common electrode lines in the display area of each pixel, and the laser repair process is matched, so that after the current defect position, gp = has the ability to repair the defect. And it can be supplemented, so that the repair of the common electrode line near the defect is improved, and the lack of p I has to move the panel position every time the patch is repaired in each pixel display area. The mouth-based department will set up the nearest defect to the defect, and use it as a repairing line to repair the defect. Therefore, it can solve the problem that the driving load (RC loading) is too large due to the length of the repairing line. Lu Shi reduced the distortion of the signal transmission. The question is generated, and further

In addition, since the present embodiment is a halogen electrode, the cross is remotely connected to the position where the common electrode line is connected, and the 5 ridge is an open structure, so that the Α, s snow tow line connection position It is not covered by the pixel electrode. Therefore, [in the case of power-on, the connection structure of some common electrode lines must be made: when the process is completed, and when the structure is cut, the laser is cut off.

Page 151253536 V. Invention description α〇) ~--- ~ Can directly cut off the common electrode line slightly, % into the laser cutting step, without the need to: :p "again" ★ appropriate conditions for the halogen electrode The laser is cut off, and the common electrode line is subjected to another conditional laser cut. Thus, the rate of defect repair is further improved. ί t η, t In the present invention, if there is a common electrode line itself = line shortage (four) 'can still make the storage capacitor not cause the simultaneous generation of the line. In the first embodiment, it is also possible to use the common electrode line, the first step in the longitudinal direction with the lateral extension path And then enter the gap in the appropriate position, and set the lateral extension path in the laser repair process, and cut off the step. In addition, even the design of the 5-way electrode line can still achieve the purpose of defect repair. Example 2 The present invention discloses another structural change of the electric circuit of the solar cell display panel of the summer road structure. The embodiment of the invention uses the horizontal common electrode line to refer to FIG. 4, the fourth Figure 俜 2 low possible tilt Light phenomenon. 4c * horse according to the second preferred embodiment of the present invention, the liquid crystal part of the structure is a schematic view. As shown in the first, the same 4 ,, - Dou Gu = It line 440 intersection and control The pixel display area has a horizontal common electrode line 404, and two longitudinal, 逋 electrode lines 40 6, extending to the data line 420,

The material of the first embodiment is connected at ////;=. The towel is different from the strip longitudinal common electrode line Ϊ〇6'Λ^, and the un-electrical extension pole/road 4〇4 is located at two 1253536. 5. The invention description (11) does not overlap with the data line 4 2 0 . In addition, line 404 does not present a horizontally arranged pattern, and the horizontal common electrodes are arranged in an inclined arrangement. In the second embodiment, in the second embodiment, the lateral connection path 4 〇8 of the longitudinal common electrode green through electrode line is used to check the common electrode line in the common display area of the additional $ The adjacent one of the adjacent material lines 420 has an overlapping position, and is provided as a raft, a road 420, and a connection path. ...the lateral connection path=the installation position of the short circuit connection, which is located at the connection point 411 of the longitudinal Α通, the through electrode line 406^the electrode line 404, and the laterally extending path 407, extending to the f=extension path 405 A short-circuit connection path with another line (4) having a positional weight and/or a data trapping. The parallel common electrode line 4() fi of the structure, ^ is in the sin near the bait line 420, the path between the extensions #;; = extension path _ lateral extension repair, can be pre-/two-set 6- The broken line gap is 4〇9', and the oblique common-purpose electrode line is omitted. The line 404 is in the opening 410 of the pixel electrode 4°2, which can be improved compared with the horizontal design. Due to the masking, the oblique leakage phenomenon caused by the opening 410 due to the low lateral common electrode line 404 in the threshold 410 is reduced. In the evening, due to the design of the lateral connection path 408, when the defect is repaired,

Page 171253536 V. Invention Description (12) Originally, the data signal was transmitted to the horizontal common electrode line 404, and the position to be cut by the laser was changed to the vertical common electrode line 4 0 6 At the upper position 4 1 5, the laser cutting is performed, and the effect of blocking the data signal transmission to the horizontal common electrode line 404 can be achieved. Therefore, when laser cutting is performed on the position 4 1 5, the range affected by the covered pixel electrode 420 is small, and since the position on the lateral common electrode line 4 0 4 is not required 4 1 7 The laser cutting is performed. Therefore, the design of the opening 46 does not need to completely expose the position where the lateral common electrode line 404 is connected to the longitudinal common electrode line 406, and only needs to expose a portion of the area, which is sufficient for the longitudinal common electrode. Line 4 0 6 can be laser cut at position 4 1 5 . Therefore, for the halogen electrode 420, the area of the opening 410 that is reserved for the laser cutting at the position 4 1 5 must be designed, which can be smaller than the opening of the designed pixel electrode in the first embodiment. Area (ie the area of the opening 1 1 0 in Figure 1). Therefore, the second embodiment can more effectively reduce the oblique light leakage phenomenon by reducing the opening area of the pixel electrode 410 at the intersection of the common electrode lines. With the design of the second embodiment, not only the oblique light leakage phenomenon due to the opening design of the halogen electrode but also the defect repair on the panel can be achieved, as in the method of the first embodiment, to achieve the same defect repairing effect. Embodiment 3 The circuit structure design of a liquid crystal display panel with good defect repairing function not only makes the common electrode line have defect repairing capability, but also can adjust the storage power by using the pattern change of the horizontal common electrode line. capacity.

Page 181253536 V. Description of the Invention (13) Referring to Figure 5, Figure 5 is a partial view of the display panel of the display panel. The liquid crystal of the second preferred embodiment is broadcasted on the data line 5 2 0 &; top view. As shown in Fig. 5, within the same 50,000, the design of the ί Ϊ 540 is controlled and the pixel display area common electrode line 5 0 6 ^ common electrode line 5 〇 4, and two longitudinal through electrodes Line 504 is such as; = 5 = connected. The design of the 'transverse common electrode line 5 〇 6 ^ Μ 1 彳 = 设置 is set on the two longitudinal and data lines 520 and f ί does not extend to the data line 520, and is not, laterally co-energized. However, unlike the second embodiment, the electrode line 5 〇 4 series is designed as a stepped 闰 具有 having a common electrode with the longitudinal direction Θ ^ ladder structure pattern, oblique side. The horizontal end of the line 50 6 is connected, and a turning-mirror: mirror type: :::: step:: horizontal common electrode line 5 0 4 ' is the signal 5 3 〇 has a relative graphic structure. Closer to the data structure, it is started by the stepped knot of the ladder, and the stepped junction of the common electrode line 504 is started, followed by the second step; the side common electrode line of the longitudinal common electrode line of the line 5 2 5 The direction of the pass, and the common-to-longitudinal common to the common mine to give the application a more sin-like near-scanning line 540 step-type horizontally farther away from the two rough roads 5〇4, then the mirror-like relative graphic structure, is the beginning, The side of the vertical common electrode line 5 0 6 of the 5 2 顺 line of the second line is opened 520, and the direction of the signal 530 of the 520 is extended toward the data line and toward the common electrode line 506. The step pattern design of the line 2 2 type lateral common electrode line 504 has a change of the lateral jin, so the change of the slope of the line can be directly used to control the length of the path of the electrode line 504, thereby changing the common electrode.

Page 19 Ϊ253536 V. Description of invention (14) ^ Storage capacity. #此, can be applied to improve the image on the panel' or when there is a need to store capacitance changes. 〃 f = in the third embodiment, the lateral connection path 5 〇 8 of the electrode line is also connected to the longitudinal common electrode line to connect to the common electrode line in the phase 2 = display area, and pass through the data line " 5 2 0 has an overlapping position, and the 彳 彳 彳纟 &# ^ 接 path. The same position of the horizontal connection path 5〇8 = on the same day temple is located in the longitudinal common electrode line = line 2 two-way = the connection point of the pole line 5〇4, and the connection point. Also, as in the second embodiment, the pixel electrode 5. 2 is set to say that the (four)' of the port 560 is smaller than the area of the design of the first embodiment (i.e., the opening in the first figure). u - reduces the phenomenon of oblique light leakage caused by the design. 槚) reduces the opening π: the vertical common electrode line 506 which is close to the data line 520 has a lateral extension path 505 and another lateral extension path 50. To: the material line 520, and has a structure connected to the data line 52A, respectively, to provide a short circuit with more defects, together with the second 'and the common common electrode line 靠近 near the data line 520. Between the winning extension path 50 5 and the lateral extending path 5〇7, π, m π + μ + breaking notch 5 0 9, in order to facilitate the repair of the defect, the number of times of the laser cutting step can be reduced. D. There are r: ί:: : t The examples show that the method of the present invention can be used to obtain - and the production of the second: =; crystal = panel, and the display is greatly improved. And applying the method of the present invention, can be

Page 20, 1253536 The pattern of the poles has reached the same time, the road, the straight position, and this is not a large increase, and the effect, and in addition, the pole line through the electrode, although this is the case, when the post-attach condition is co-energized And the effect of each line, the common protection time must be shortened to drive the negative liquid crystal defect when the capacitance is not exposed, as defined by the modification, for the design of the storage capacitor in the common electrode line layout, only With the laser repair process, you can use the picture to make the electrode more convenient at any time. Display, still on, detached, due to five, invention description (15) Affects the general display panel's standard, using the defined design and the effect of the defect repair effect The application of the invention can be saved in the vicinity, and the application of the invention can be made in various ways. The common electrode line 'in the display area of the patent application range can be laser repaired for the found defect line. For example, when the position of the panel is moved, the repaired path is added to effectively increase the defect repairing panel. When there is a common power supply, the other strips can be used to generate the disconnection problem at the same time. It is not intended to limit the spirit and scope of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above features, methods, objects and advantages of the present invention more comprehensible, the description of the drawings is as follows: FIG. 1 is a liquid crystal according to a first preferred embodiment of the present invention. FIG. 2 is a schematic view showing a part of the defect of the liquid crystal display panel according to the first preferred embodiment of the present invention; FIG. 3 is a schematic view showing a part of the defect of the liquid crystal display panel according to the first preferred embodiment of the present invention; FIG. 4 is a schematic top view of a portion of a liquid crystal display panel according to a second preferred embodiment of the present invention; and FIG. 5 is a third preferred embodiment of the present invention. A schematic view of a part of the structure of the liquid crystal display panel. [Simple description of component symbol] 1 0 0, 3 0 0, 4 0 0, 5 0 0 : Display area 102, 402, 502: Alizarin electrode 1 0 3 : Thin film transistor 1 0 4, 3 0 4, 4 0 4, 5 0 4 · lateral common electrode lines 105, 107, 405, 407, 505, 507: extension paths 106, 306, 406, 506: longitudinal common electrode lines 109, 309, 409, 509: notch 1 1 0 4 1 0, 4 6 0, 5 6 0 · · openings 112, 114, 212, 213, 214, 215, 216, 218 · position 1 20, 3 2 0, 420, 520: data line

Page 22 1253536 Brief description of the diagram 140, 440, 540: Scanning line 1 5 0: Area 1 6 0 ··汲 Polar metal 2 2 Bu 2 2 3 : Defect 2 3 0, 3 3 0, 5 3 0 : Data Signals 312, 313, 315, 317, 415, 417: position 4 0 8 , 5 0 8 : link path 4 1 1 , 4 1 3, 5 1 1 , 5 1 3 : joint point

Page 23

Claims (1)

1253536 6. Patent application scope 1. A liquid crystal display panel with defect repair, comprising at least: at least one data line; at least one pixel display area; and the halogen display area comprises at least: a first longitudinal common electrode line Parallel to the data line and adjacent to the tributary line, a second longitudinal common electrode line parallel to the first longitudinal common electrode line; a plurality of transverse common electrode lines passing through the data line and having at least one overlapping position with the data line, but not in contact with different planes, and each of the horizontal common electrode lines is simultaneously with the first longitudinal common electrode line And the second longitudinal common electrode line is cross-connected; and the at least one scan line intersects with the data line to control the pixel display area, wherein the data line is used to transmit a data signal to the pixel display area 〇2 The liquid crystal display panel of claim 1, wherein the first longitudinal common electrode line further has at least one lateral extending path between the lateral common electrode lines and extends to the data line Has another overlapping position. 3. The liquid crystal display panel of claim 2, wherein the first longitudinal common electrode line has at least one notch between the laterally extending path and the other laterally extending path. The liquid crystal display panel of claim 1, wherein the horizontal common electrode lines and the first longitudinal common electrode line and the second longitudinal common electrode line together form a well Font structure. 5. The liquid crystal display panel of claim 1, wherein each of the lateral common electrode lines is a horizontal, inclined or stepped structure. 6. The liquid crystal display panel of claim 1, wherein the pixel display area further comprises a halogen electrode, and the pixel electrode has at least one opening to expose the opening The lateral common electrode lines are connected to the intersection of the first longitudinal common electrode lines. 7. The liquid crystal display panel of claim 6, wherein the pixel electrode is designed to have at least one other opening to expose the lateral common electrode line and the second longitudinal common electrode line. Cross connected locations. The liquid crystal display panel of claim 1, wherein the lateral common electrode lines are connected to the horizontal common electrode lines in an adjacent pixel display area, so that the data signal can be Simultaneously transmitted to the adjacent pixel display area. 9. A liquid crystal display panel with defective repair, comprising at least: Page 25 1253536 6. At least one data line of the patent application scope; at least one pixel display area; and the halogen display area includes at least: a first longitudinal common electrode line parallel to the data line and close to the _ a data line, a second longitudinal common electrode line parallel to the first longitudinal common electrode line 'way; and a plurality of lateral common electrode lines between the first longitudinal common electrode line and the second longitudinal common electrode line And a plurality of lateral common electrode lines are simultaneously connected to the first longitudinal common electrode line and the second longitudinal common electrode line; a plurality of lateral connection paths are connected to the first longitudinal common electrode line < Each of the lateral linking paths is connected to the second longitudinal common electrode line in the adjacent another pixel display area through the data line, and has an overlapping position with the data line located in a different plane; and at least a scanning line intersecting the data line to control the pixel display area, wherein the data line is To a data signal is communicated to the day prime display area. The liquid crystal display panel of claim 9, wherein the first longitudinal common electrode line further has at least one lateral extending path between the lateral connecting paths and extends to The data line has another <· an overlapping position. 11. The liquid crystal display panel of claim 10, wherein the Page 26 1253536 VI. Patent Application The first longitudinal common electrode line has at least one notch between the lateral extension path and the other lateral extension path. The liquid crystal display panel of claim 9, wherein each of the lateral connection paths is arranged on a non-same horizontal axis with each of the lateral common electrode lines. The liquid crystal display panel of claim 9, wherein each of the lateral common electrode lines is a horizontal, inclined or stepped structure. The liquid crystal display panel of claim 9, wherein the lateral common electrode lines have at least one mirrored stepped line group. The liquid crystal display panel of claim 14, wherein the mirrored stepped circuit group has a first stepped common electrode line, and a second stepped common electrode line, and the first a stepped common electrode line is closer to one of the data transmission ends, wherein the first stepped common electrode line is designed to be connected to one end of the first longitudinal common electrode line, and follow one of the data signals Extending toward the second longitudinal common electrode line, and the second stepped common electrode line is designed to be connected to one end of the second longitudinal common electrode line, following the transmission direction of the data signal, toward the first A longitudinal common electrode line extends. The invention relates to a liquid crystal display panel according to claim 15, wherein each of the lateral connection paths and one of the first longitudinal common electrode lines are connected. And a connection position between the first stepped common electrode line and the first longitudinal common electrode line, and another connection position between the second stepped common electrode line and the first longitudinal common electrode line. The liquid crystal display panel of claim 9, wherein the pixel display region further comprises a pixel electrode, and the pixel electrode has a plurality of openings to be exposed in the openings The lateral common electrode lines are respectively connected to the intersection of the first longitudinal common electrode line and the second longitudinal common electrode line. The liquid crystal display panel of claim 17, wherein each of the openings exposes an area of each of the horizontal common electrode lines connected to the first longitudinal common electrode line. A part of the area, and another part of the area, is covered by the pixel electrode. 1 . A liquid crystal display panel with defect repair, which can be used for adjusting a storage capacity, comprising at least: at least one data line; at least one pixel display area; and the halogen display area comprises at least: a first vertical a common electrode line parallel to the data line and adjacent to the data line Page 281253536 ____________ _________------ VI. Patent application: a second longitudinal common electrode line, flat ~ way; and at least the first longitudinal common electrode line / mirrored lateral step type common common electrode The line and the second longitudinal $ line group are located between the first longitudinal mirror type lateral step type common electrode 狳Z common electrode line, and the first step type common electrode line includes at least a common electrode line And the second longitudinally and simultaneously connecting the first longitudinal-first step type common electrode line electrode line; and the opposite electrode pattern of the through electrode line, and the path 'having the first step type common electrode line And the second longitudinal direction and simultaneously connecting the first longitudinal common plurality of lateral connection paths, connecting the electrode lines; and each of the lateral connections, the first longitudinal common electrode line to the adjacent one In the prime display area, the system passes through the data line, and the flail is connected to the second longitudinal common electrode line of the 5th plane, and at least one scan line. , The data f ^ with a superimposed position; w, and wherein the data line # '1 ,, the channel interleave control pixel display area.糸 used to convey the data signal to the check: £, | I display 20) if the first longitudinal direction of the application is in the horizontal and overlapping positions of the patented Fan Park, the upper electrode line connecting path is more than one, and the extended liquid crystal display surface is extended to the side. The data board, wherein the extension path and the value line have another liquid crystal display panel as described in the second paragraph of the patent application 1253536 6. Patent application scope The first longitudinal common electrode line on the lateral extension has at least one missing path and the other laterally extending path. The liquid crystal display panel of claim 19, wherein the first step type common electrode line is closer to one of the data signal transmitting ends, and the first step type common electrode line is designed as And extending to one of the first longitudinal common electrode lines, according to a direction of transmission of the data signal, extending toward the second longitudinal common electrode line. The liquid crystal display panel of claim 2, wherein the second stepped common electrode line is designed to connect one end of the second longitudinal common electrode line, and follow the transmission direction of the data signal. Extending toward the first longitudinal common electrode line. The liquid crystal display panel of claim 2, wherein each of the lateral connection paths and one of the first longitudinal common electrode lines is disposed on the first stepped common electrode line a connection position with one of the first longitudinal common electrode lines, and another connection position of the second step type common electrode line and the first longitudinal common electrode line. Page 30