CN101592804A - Display device motherboard, display device substrate and manufacturing method thereof - Google Patents

Display device motherboard, display device substrate and manufacturing method thereof Download PDF

Info

Publication number
CN101592804A
CN101592804A CN 200910149352 CN200910149352A CN101592804A CN 101592804 A CN101592804 A CN 101592804A CN 200910149352 CN200910149352 CN 200910149352 CN 200910149352 A CN200910149352 A CN 200910149352A CN 101592804 A CN101592804 A CN 101592804A
Authority
CN
China
Prior art keywords
substrate
line
sub
end
portion
Prior art date
Application number
CN 200910149352
Other languages
Chinese (zh)
Other versions
CN101592804B (en
Inventor
林启进
陈宏昆
Original Assignee
友达光电股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 友达光电股份有限公司 filed Critical 友达光电股份有限公司
Priority to CN 200910149352 priority Critical patent/CN101592804B/en
Publication of CN101592804A publication Critical patent/CN101592804A/en
Application granted granted Critical
Publication of CN101592804B publication Critical patent/CN101592804B/en

Links

Abstract

The invention discloses a display device motherboard, a display device substrate and a manufacturing method thereof. The display device motherboard comprises a first sub board, a second sub board, a first display area circuit and a first line, wherein the first sub board and the second sub board have a connection part. The first display area circuit is arranged on the first sub board and electrically connected to the first line. The first line comprises a display end line part, a tail end line part and a middle line part, wherein the display end line part is electrically connected to the first display area circuit. The middle line part is positioned above the second sub board, and two ends of the middle line part are the display end line part and the tail end line part which are electrically connected to the connection part of the first sub board and the second sub board respectively. The back parts of the first sub board and the second sub board are separated along the connection part so that the middle line part is synchronously separated at the display end line part and the tail end line part. The invention ensures the accuracy of the presented pictures, and promotes the service reliability of a panel.

Description

一种显示装置母基板、显示装置基板及其制造方法 An apparatus for displaying a mother substrate, display device substrate manufacturing method thereof

技术领域 FIELD

本发明是有关于一种具有回转信号传输线路的显示基板及制造方法; 特别是有关于一种显示装置母基板、显示装置基板以及显示装置基板的制造方法。 The present invention is a method of manufacturing a substrate and relates to a signal transmission line having a swing; in particular relates to a display device mother substrate, a substrate manufacturing apparatus and method of the display device substrate.

背景技术 Background technique

平面显示基板及使用平面显示基板的平面显示装置已渐渐成为各类显示装置的主流。 Flat panel display substrate and the substrate using the flat display device has gradually become the mainstream display various types of display apparatus. 液晶显示器面板是目前显示装置的主流并大量使用于如各式面板显示屏、家用的平面电视、个人电脑及笔记本电脑的平板型监视器、 移动电话及数码相机的显示屏等电子产品。 The liquid crystal display panel is the mainstream of display devices such as various types and used in large-panel display, flat-screen home TVs, personal computers and notebook computers flat type monitors, digital cameras, mobile phones and other electronic display products.

由于图像数据传输的需要,平面显示基板的表面是设多个用于传输电子信号的信号传输线。 Since the need for the transmitted image data, the display surface of the flat substrate is provided a plurality of signal transmission lines for transmitting electronic signals. 图1所示为已知的平面显示基板的上视图。 Figure 1 shows a top view diagram of a known substrate plane. 如图1 所示,己知平面显示基板包含第一子面板10以及第二子面板20,其中第---子面板10及第二子面板20于面板性能测试后由交接处40分离。 1, the known flat panel display substrate comprising a first 10 and a second sub-sub-panel 20, wherein the sub-panels 10 --- first sub-panel and the second panel 20 to the junction 40 separated by a performance test. 第一子面板10的表面设有测试线50以及显示区12。 Surface of the first sub-panel 10 is provided with a test line 50 and a display region 12. 在面板性能测试中,测试线50 是用于在接受探针(未绘示)所提供的测试信号,并将测试信号传输至显示区12。 In the performance test panel, the test line 50 is a probe for receiving a test signal (not shown) is provided, and the test signal to the display area 12. 测试信号是用于以模拟方式驱动平面显示基板以确认平面显示基板能正常显示画面。 The test signal is in an analog manner for driving the flat display plane of the substrate to confirm the display screen can display substrate normal. 如图1所示,因平面显示基板布线(Layout)的需要,部分测试线50是跨越于信号线60的一部分,其中信号线60是用于在运作中传输平面显示基板元件之间的电子信号。 1, since the flat display requires a wiring substrate (Layout), the test line 50 is a part of the signal line 60 across part of which the signal line 60 for transmitting electrical signals between a flat display substrate element in operation . 如图1所示,部分测试线50是跨设于信号线60 上方,因此寄生电容(Parasitic Capacitance)是形成于测试线50及信号线60 之间。 1, the test line 50 is a cross-section disposed above the signal line 60, and therefore a parasitic capacitance (Parasitic Capacitance) is formed between the test line 50 and the signal line 60. 因此,在面板性能测试中,部分测试信号将转换为静电累积于测试线50及信号线60的寄生电容之间。 Thus, the performance test panel, the portion of the test signal is converted to a parasitic capacitance between the electrostatic accumulated in the test line 50 and signal line 60. 在习知平面显示基板通过测试之后以及正常运作中,静电将会在累积到一定量之后放电(Discharge)并破坏测试线50及信号线60之间的保护层和绝缘层,也同时使测试线50及信号线60产生短路,如此一来,电子信号将无法被正确传输,也因此已知平面显示基板无法有效且正确地显示画面。 In the conventional flat display substrate by a normal operation and after the test, the electrostatic discharge will be accumulated after a certain amount (Discharge) and destruction of the protective layer and an insulating layer between the test line 50 and the signal line 60, and also a test line 50 short-circuit and a signal line 60, this way, the electronic signal can not be transmitted correctly, and therefore the flat display substrate not known to effectively and accurately display screen.

发明内容 SUMMARY

本发明的目的为提供一种显示装置母基板和显示装置基板,可用于避免测试线以及信号传输线之间静电的累积。 Object of the present invention is to provide a display device and mother substrate display device substrate, it may be used to avoid the accumulation of static electricity between the test line and a signal transmission line.

本发明的目的为提供一种显示装置母基板和显示装置基板,可用于避免测试线以及信号传输线之间的短路(Short Circuit)并确保显示面板所呈现画面的正确性。 Object of the present invention is to provide a display device and mother substrate display device substrate, may be used to avoid a short circuit between the signal transmission line and the test line (Short Circuit) and to ensure the correctness of the picture display panel is presented.

本发明的目的为提供一种显示装置母基板和显示装置基板,可用于提升显示面板使用的可靠度。 Object of the present invention is to provide a display device and mother substrate display device substrate, it may be used to enhance the reliability of the display panel used.

本发明显示装置基板包含第一子基板、第二子基板、第一线路、第二线路及测试信号垫。 The display device of the present invention comprises a first sub-board substrate, a second sub-substrate, a first line and a second line test signal pad. 第一子基板及第二子基板是接合于第一切割线,且两子基板的表面分别设置有第一显示区域电路以及第二显示区域电路,其中第一线路的两端是分别电连接于测试信号垫及第一显示区域。 The first substrate and the second sub-sub-substrate is bonded to the first cutting line, and two sub-surface of the substrate are provided with a first circuit and a second display area of ​​the display area of ​​the circuit, wherein both ends of the first line is electrically connected to test signal pad and the first display area. 测试信号垫是用于接受探针的测试信号,并将测试信号经过第一线路传输至第一显示区域,供第一显示区域将根据所收到的测试信号显示画面。 The test signal is a test pad for receiving the probe signal and test signal through the first transmission line to the first display area, a first display area for a display screen according to the received test signal. 第一线路包含至少三线段,分别为显示端线路部、末端线路部和中段线路部,其中中段线路部的两端是分别电连接于显示端线路部以及末端线路部。 The first line comprises at least three segments, respectively, a terminal line unit, the line end of the line portion and the middle portion, wherein both end portions of the middle line is electrically connected to the display portion and the end of the line end of the line section. 末端线路部的另一端是电连接于测试信号垫,而显示端线路部的另一端是电连接于第一显示区域电路。 The other end of the line end portion is electrically connected to the test signal pad, while the other end of the display line end portion is electrically connected to the first circuit display region. 中段线路部是设置于第二子基板之上,其中中段线路部的两端分别是于第一切割线电连接于显示端线路部及末端线路部。 The middle line portion is disposed on the second sub-board, wherein both end portions of the middle line in the first cutting line are electrically connected to the display unit and the end of the line end of the line portion. 此外, 在面板性能测试完成后,第一子基板以及第二子基板将以切割方式自第一 Further, after complete performance testing panel, a first substrate and a second sub sub substrate from the first embodiment will be cut

切割线分离;换言之,显示装置基板将沿第一切割线被切割以被分割为至少第一子基板以及第二子基板。 Separating cut line; in other words, the display device substrate is to be cut to be divided into at least a first substrate and a second sub-sub-substrate along the first cutting line. 也因此中段线路部将随第二子基板和末端线路部及显示端线路部分离。 Therefore middle line with a second sub-section from the substrate and the end of the line end of the line portion and the display portion.

第二线路是设置于显示装置母基板的表面,其中第二线路跨越第一切割线并是同时设置于第一子基板以及第二子基板之上。 The second line is disposed on the surface of the display device of the mother substrate, wherein the second line across the first cut line and is simultaneously disposed on the first substrate and the second sub-sub-board. 在一实施例中,部分末端线路部是跨设于第二线路之上,由于末端线路部是设置于第二线路之上,因此末端线路部及第二线路之间会产生寄生电容。 In one embodiment, the portion of the tip portion is disposed across the line on the second line, since the end of the line portion is provided on the second line, and therefore a parasitic capacitance between the end of the line and the second line portion. 因此在面板测试完成后,可能有静电累积于末端线路部及第二线路之间所包含的寄生电容。 Therefore, after completion of the test panel, there may be accumulation of static electricity in the parasitic capacitance between the end of the line and the second line portion included. 上述静电可于累积到一定量后放电并破坏末端线路部及第二线路之间的保护层和绝缘层,并同时使测试线将短路于信号线。 And the electrostatic discharge may damage the protective layer on the insulating layer and the end of the line section between the second line and the rear accumulated to a certain amount, and while the test line short-circuit in the signal line. 在第一子基板分离于第二子基板后,中段线路部亦将同时和末端线路部及显示端线路部分离。 After separating the first substrate to the second sub-sub-board, the middle portion of the line end of the line and will also simultaneously display portion and an end portion away from the line. 因末端线路部将与显示端线路部电性绝缘,所以即使末端线路部由于静电破坏表面并短路于第二线路,第一显示区域电路亦不会因收到第二线路所传输的电子信号而显示不正确的画面。 End of the line by an electronic signal display unit electrically insulating the end of the line portion, even if the end of the line portion and the surface of the electrostatic breakdown due to short-circuit a second circuit, the first display area of ​​the circuit will not also receive a second transmission line and the incorrect display screen.

此外,中段线路部是实质上设置于第二子基板并形成一拱形,其中中段线路部与第一切割线在第二子基板的上围起一矩形的空间,但不限于此; 在不同实施例中,中段线路部与第一切割线亦可依据布线的要求形成如圆形、锥形或其他不同的形状。 In addition, the middle line portion is substantially disposed on the substrate and forming a second sub-arcuate, wherein the middle line of the first cut line portion on the second sub-board a rectangular space enclosed, but not limited to; different embodiment, the middle portion of the line and the first cut line may such as circular, conical or other shape according to the requirements of different wirings.

本发明提供一种显示装置母基板、显示装置基板以及显示装置基板的制造方法用于避免测试线以及信号传输线之间静电的累积,确保显示面板所呈现画面的正确性,并提升显示面板使用的可靠度。 The present invention provides a display apparatus mother substrate, display device substrate, and a method of manufacturing a display device substrate for avoiding the buildup of static electricity between the test line and a signal transmission line, to ensure the correctness of the display panel screen presentation, a display panel and improve the use of reliability.

附图说明 BRIEF DESCRIPTION

图1所示为已知平面显示基板的上视图; Figure 1 shows a top view diagram of a known substrate plane;

图2A所示为本发明显示装置基板的上视图; As shown in FIG. 2A is a top view of the present invention, a display device substrate;

图2B为图2A所示分割后的第一子基板110及第二子基板210示意图•, 2B is shown in Figure 2A after division of the first sub-board 110 and the second sub-board 210 schematic •,

图3所示为图2A所示显示装置基板的变化实施例; Figure 3 shows the embodiment shown in Figure 2A the display device substrate according to the change;

图4A所示为图2A所示显示装置基板的另一变化实施例; FIG. 4A embodiment is shown in Figure 2A show another variation embodiment of the device substrate;

图4B所示为图2A所示显示装置基板的另一变化实施例; FIG 4B shows the embodiment of FIG. 2A show another variation embodiment of the device substrate;

其中中段线路部是以反复曲折的方式设置于显示装置母基板; Wherein the middle portion of the line is repeated bending apparatus mother substrate provided on a display;

图5为图2A所示显示装置基板的制造方法的歩骤流程图;以及 FIG 5 is a ho method of manufacturing a display device substrate shown in FIG. 2A flowchart step; and

图6所示为图4A所示显示装置基板的制造方法的步骤流程图。 Figure 6 shows a flow chart of steps of a method of manufacturing a display device substrate shown in FIG. 4A.

附图标号:100 显示装置母基板 Reference numeral: the display device 100 the mother substrate

110 第一子基板 The first sub-board 110

120 第一显示区域 The first display region 120

210 第二子基板 The second sub-board 210

220 第二显示区域 Second display area 220

300 第三子基板 The third sub-board 300

400 第一切割线 The first cut line 400

410 第二切割线 The second cut line 410

500 第一线路 The first line 500

510 显示端线路部 End of the line display unit 510

520 末端线路部 End of the line portion 520

530 中段线路部 530 middle line section

600 第二线路 The second line 600

700 第三线路 700 Third Line

800 测试信号垫 800 test signal pad

810 间隔宽度 Space width 810

820 间隔 820 interval

具体实施方式 本发明揭露一种具有回转信号传输线路的显示基板以及显示基板的制造方法,可用于避免测试线以及信号传输线之间静电的累积。 DETAILED DESCRIPTION The present invention discloses a display substrate having a rotary signal transmission line and a method of manufacturing a display substrate, it can be used to avoid the accumulation of static electricity between the test line and a signal transmission line. 本发明亦可用于避免因静电放电而引起信号传输线间保护层的破坏。 The present invention can also be used to avoid damage caused by electrostatic discharges between the signal transmission line protective layer. 也因此避免测试线以及信号传输线之间的短路并确保显示面板所呈现画面的正确性。 Thus avoiding a short circuit between the signal transmission line and a test line of the display panel and ensuring the correctness of the rendered screen. 此外,在此所揭露的显示基板为用于液晶显示面板的玻璃基板,但不限于此,显示面板的 Further, the display substrate is disclosed herein a glass substrate for liquid crystal display panel, but is not limited thereto, and a display panel

基板亦可为软性或硬性材质的基板;在不同实施例屮,依照不问的iuk小'模式以及膜层设计作为区分,上述的显示面板可以应用于穿透型显示面板、半穿透型显示面板、反射型显示面板、彩色滤光片于主动层上(color filter on array) 的显示面板、主动层于彩色滤光片上(array on color filter)的显示面板、垂直配向型(VA)显示面板、水平切换型(IPS)显示面板、多域垂直配向型(MVA) 显示面板、扭曲向列型(TN)显示面板、超扭曲向列型(STN)显示面板、 图案垂直配向型(PVA)显示面板、超级图案垂直配向型(S-PVA)显示面板、 先进大视角型(ASV)显示面板、边缘电场切换型(FFS)显示面板、连续焰火状排列型(CPA)显示面板、轴对称排列微胞型(ASM)显示面板、光学补偿弯曲排列型(OCB)显示面板、超级水平切换型(S-IPS)显示面板、先进超级水平切换型(AS-IPS)显示面板 The substrate may also be a flexible or rigid substrate material; Cao In various embodiments, in accordance with not ask iuk small 'mode and the design layer as the distinction between the display panel may be applied to a transmission type display panel, a transflective type a display panel, a reflective type display panel, the display panel is a color filter on the active layer (color filter on array), the active layer of the color filter on a display panel (array on color filter), the vertical alignment (VA) a display panel, the level of the switching type (IPS) display panel, a multi-domain vertical alignment (MVA) display panel, a twisted nematic type (TN) panel, super twist display panel, a patterned vertical alignment (PVA nematic (STN) ) display panel, a super-patterned vertical alignment (S-PVA) panel, advanced large viewing angle type (ASV) display panel, a fringe field switching type (FFS) display panel, a continuous pinwheel alignment type (CPA) display panel, the axis of symmetry type arrangement micelles (ASM) display panel, an optical compensated bend alignment type (OCB) display panel, the level of super switchable (S-IPS) display panel, an advanced super switchable level (AS-IPS) display panel 极端边缘电场切换型(UFFS)显示面板、高分子稳定配向型显示面板、双视角型(dual-view)显示面板、三视角型(triple-view)显示面板、三维显示面板(three-dimensional)、触石並式面版(touch panel)、有丰几发光二极体显示面板(organic light emitting diode;OLED)、 低温多晶硅显示面板(low temperature poly-silicon; LTPS)、电浆显示面板(plasma display panel;PDP)、可挠式显示面板(flexible display)或其它型面板、 或上述的组合。 Extreme fringe field switching type (UFFS) display panel, polymer stabilized with a display panel to type, dual view type (dual-view) display panel, tris perspective type (triple-view) display panel, the 3D display panel (three-dimensional), touch panel stone and formula (touch panel), there are several light emitting diode abundance display panel (organic light emitting diode; OLED), a low temperature polysilicon display panel (low temperature poly-silicon; LTPS), plasma display panel (plasma display panel; PDP), a flexible display panel (flexible display) panel, or other type, or a combination thereof.

图2A所示为本发明显示装置基板的上视图。 View of the device shown in Figure 2A on the substrate of the present invention. 在本实施例中,本发明的显示装置基板是为一显示装置母基板100,其包含第一子基板110、第二子基板210、第一线路500、第二线路600及测试信号垫800,其中测试信号垫800 是用在面板性能测试中接受探针(未绘示)的测试信号。 In the present embodiment, the display device substrate of the invention is a display device of the mother substrate 100, which comprises a first sub-substrate 110, a second sub-substrate 210, a first line 500, second line 600 and a test signal pad 800, wherein the test signal is a test signal pad 800 of the panel receiving performance test probe (not shown) is. 本实施例的显示装置母基板100是为玻璃基板并且第一子基板110以及第二子基板210之间具有第一切割线400,且两子基板的表面分别设置有第一显示区域120以及第二显示区域220 ,且第一显示区域120以及第二显示区域220分别设置有第一显 The display device according to the present embodiment, the mother substrate 100 is a glass substrate and having a first cut line 400 between the first substrate 110 and the second sub-sub-substrate 210, and the surface of the two sub-substrates are provided with a first display region 120 and the second second display region 220, a first display area and the second display area 120 and 220 are respectively provided with a first substantially

示区域电路(图未绘示)及第二显示区域电路(图未绘示)。 Illustrates a circuit region (not shown) and a second display area of ​​the circuit (not shown). 在本实施例中,显示装置母基板100仅包含第一子基板110以及第二子基板210,但不限于此;在不同实施例中,显示装置母基板100亦包含其他数目的子基板。 In the present embodiment, the display device 100 comprises only the first mother substrate 110 and the second substrate sub-sub-board 210, but is not limited thereto; In various embodiments, the display device also includes the mother substrate 100 other number of the sub-substrate. 此外,在面板性能测试完成后,第一子基板110以及第二子基板210将以切割方式自第一切割线400分离;换言之,本实施例的第一切割线400是供显示装置母基板100作为切割的依据。 Further, after complete performance testing panel, the first sub-substrate 110 and the second sub-board 210 will be separated from the cutting mode 400 from the first cut line; in other words, a first embodiment of the present embodiment cut line 400 is the mother substrate 100 for display device as the basis for cutting. 显示装置母基板100将沿第一切割线400被切割并被分为至少第一子基板110以及第二子基板210。 The display device 100 will mother substrate 400 is cut along a first cutting line and is divided into at least a first substrate 110 and the second sub-sub-board 210.

如图2A所示,第一线路500包含至少三线段,分别为显示端线路部510、 末端线路部520和中段线路部530,其中显示端线路部510与末端线路部520 位在第一子基板110上,而中段线路部530位在第二子基板210上。 2A, a first line 500 comprises at least three segments, each end of the line display unit 510, the end portion 520 and the middle line line portion 530, wherein the display portion 510 and the end of the line end of the line portion 520 of the first sub-substrate 110, and the middle line portion 530 on the second sub-board 210. 中段线路部530的两端是分别电连接于显示端线路部510以及末端线路部520。 Both ends of the middle line 530 is electrically connected to the display portion 510 and the end of the line end of the line section 520. 末端线路部520的两端是分别电连接于测试信号垫800以及中段线路部530的一端。 Both end portions 520 is the end of the line are electrically connected to the test signal pad 800 and the end portion 530 of the middle line. 显示端线路部510的两端是分别电连接于第一显示区域120的电路以及中段线路部530的另一端。 End of the line both ends of the display portion 510 is electrically connected to the first circuit and the other end of the display region 120 of the middle line 530. 测试信号垫800将自探针所收到的测试信号经由第一线路500传输至第一显示区域120,之后第一显示区域120将根据所收到的测试信号显示画面。 The test signal pad 800 from the test signal received by the probe 120, then the first display 500 via a first transmission line to the first display region 120 displays a screen based on the test signal received. 换言之,测试信号是用于模拟第一子基板110实际显示画面的状况,并藉此确认第一子基板110是否能正常显示画面。 In other words, the first test signal is a sub-substrate 110 for simulating the actual display status of the screen, and thereby confirm whether the first sub-substrate 110 can display normally.

如图2A所示,第二线路600是设置于显示装置母基板IOO的表面,其中第二线路600跨越第一切割线400并是同时设置于第一子基板110以及第二子基板210之上。 2A, the second wiring 600 is provided on the surface of the mother substrate IOO display means, wherein the second line 600 and across the first cut line 400 is simultaneously disposed on the first substrate 110 and the second sub-sub-board 210 . 如图2A所示,部分末端线路部520是跨设于第二线路600之上,其中末端线路部520跨越第二线路600并垂直于第二线路600,但不限于此;在不同实施例中,末端线路部520亦可以不同方位迭置于第二线路600之上或将第二线路600跨设于末端线路部520或中段线路部530之上。 2A, the portion of the tip portion 520 is disposed across the line on the second line 600, wherein a second end of the line portion 520 across line 600 and line 600 perpendicular to the second, but not limited thereto; in different embodiments , end of the line portion 520 can also be placed on different orientations stacked or cross the second line 600 disposed at an end portion of the line 520 or the line on the middle portion 530 of the second line 600. 此外,在本实施例中,第二线路600是用于面板性能测试中传输测试信号, 但不限于此;在不同实施例中,第二线路600亦可在面板性能测试中用于传输其他电信号或在运作时传输其他电信号。 Further, in the present embodiment, the second line 600 is a panel test signal transmission performance testing, but is not limited thereto; In various embodiments, the second transmission line 600 can also be used in other electrical properties of the test panel or other electrical signal transmission in operation. 此外,中段线路部530与第一切割线400之间围起具有矩形之间隔820,具有一间隔宽度810,其中间隔宽度810、中段线路部530以及间隔820的尺寸,可根据布线的需要做调整。 In addition, the middle line of the first cut line portion 530 having a spacer 820 enclosing rectangles having a gap width 810, wherein the space width 810, middle portion 530, and the line spacing dimension 820 may be adjusted as desired between the wiring 400 .

如图2A所示,中段线路部530的两端分别是位于第一切割线400上并同时电连接于显示端线路部510及末端线路部520的一端。 2A, the two ends of the middle line portions 530 are positioned on the first cut line 400 is electrically connected to the display and simultaneously an end portion of the line 510 and the end portion 520 of the end of the line. 由于末端线路部520是设置于第二线路600之上,因此末端线路部520及第二线路600之间在面板测试时会产生寄生电容。 Since the end of the line portion 520 is disposed on the second line 600, so the end portion 520 and the line between the second line 600 generates a parasitic capacitance when the panel test. 在面板测试时,会有静电累积于末端线路部520 及第二线路600之间。 When the test panel, there will be accumulation of static electricity between the end of the line portion 520 and a second line 600. 当静电累积到一定量后放电,可能会破坏末端线路部520及第二线路600之间的保护层和绝缘层,使第一线路500和第二线路600 短路。 When the electrostatic discharge accumulated to a certain amount, the end may break line portion 520 and a protective layer between the insulating layer 600 and the second line, the first line 500 and second line 600 shorted. 因此,依据本发明的实施例,当第一子基板110和第二子基板210沿着第一切割线400切割分离之后,中段线路部530亦将随第二子基板210和显示端线路部510和末端线路部520分离。 Thus, according to embodiments of the present invention, when the first substrate 110 and the second sub-sub-board 210 400 is cut along a first cutting line separation, with the middle line portion 530 will also display a second sub-board 210 and the end portion of the line 510 separating portion 520 and the end of the line. 即使第二线路600与第一显示区域120的电路间形成短路现象亦将随着第一子基板110与第二子基板210分离后中断,进而避免信号异常。 Circuit 600 between the first display region 120 even when the second line will also form a short circuit with the first sub-substrate 110 and the second sub-board 210 interrupt separated, thereby preventing the abnormal signal. 图2A所示的实施例中,末端线路部520是于跨越第二线路600后电连接于测试信号垫800。 Embodiment shown in Figure 2A embodiment, the end portion 520 is in line across the second line 600 is electrically connected to the test signal pad 800. 此外,本发明的第一线路500 是以曲折的形式同时设置于第一子基板110以及第二子基板210之上。 Further, the present invention is the first line 500 is disposed above the winding simultaneously forms the first sub-substrate 110 and the second sub-board 210. 在本实施例中,中段线路部530是实质上设置于第二子基板210并形成一拱形, 其中中段线路部530与第一切割线400在第二子基板210的上围起一矩形的空间,但不限于此;在不同实施例中,中段线路部530与第一切割线400亦可依据布线的要求形成如圆形或其他不同的形状。 In the present embodiment, the middle portion of the line 530 is substantially disposed on the second sub-board 210 and an arcuate form, wherein the middle portion of the line 530 and the first cut line 400 on the second sub substrate 210 encloses a rectangular space, but not limited thereto; in various embodiments, the middle portion of the line 530 and the first cut line 400, such as circular or other shapes may be formed according to different requirements of the wiring.

图2B为图2A所示分割后的第一子基板110及第二子基板210的示意图, 其中两个子基板是得自于将图2A所示的显示装置母基板100自第一切割线400分割。 2B is a schematic view of FIG. 2A after division of the first sub-board 110 and the second sub-substrate 210, wherein the two sub-substrates are derived from the displays 100 shown in FIG. 2A from the first mother substrate cutting line 400 dividing means . 如图2B所示,在第一子基板110与第二子基板210分离后,中段线路部530亦将同时与末端线路部520及显示端线路部510分离。 2B, the sub-substrate 110 after the first substrate 210 and the second sub-separation, the middle portion of the line end of the line 530 will also simultaneously display portion 520 and the end portion 510 is separated from the line. 应用本发明的线路设计的面板,在第一子基板U0与第二子基板210分离后,末端线路部520将同时与显示端线路部510电性分离。 Application of circuit design of the panel of the present invention, after the first and second sub-U0 submount substrate 210 separated, while the end of the line portion 520 and the display 510 is electrically separated from the end portion of the line. 因此即使末端线路部520由于静电破坏表面并和第二线路600短路,但因显示端线路部510电性分离于末端线路部520和中段线路部530,则第一显示区域120的电路不会经由显示端线路部510连结于第二线路600所传输的电子信号而显示出不正确的画面。 Even if the end of the line portion 520 and surface damage due to the electrostatic and a second short-circuit line 600, but the display circuit 510 is electrically separated from the end portion of the line end of the line portion 520 and the middle line 530, the first display area 120 not via end of the line display unit 510 is connected to an electronic signal 600 transmitted second line exhibits an incorrect picture. 换言之,第二线路600可跨设于第一线路500除了显示端线路部510之外的部分。 In other words, the second line 600 may be provided in addition to displaying the cross-section than the first end portion 510 of the line 500 lines. 图3所示为图2A所示显示装置母基板100的变化实施例。 Figure 3 shows the embodiment of FIG. 2A shows a variation of apparatus 100 illustrated mother substrate. 在图3所示的实施例中,第一线路500实质上是沿着第一切割线400附近设置,其中中段线路部530与第一切割线400于第二子基板210形成一锥形。 In the embodiment illustrated in FIG. 3, a first line 500 substantially along a first cutting line 400 is provided near where the middle portion of the line 530 and the first cut line 400 formed in a second tapered sub-board 210. 换言之,中段线路部530与第一切割线400在第二子基板210的上围起一具有三角形的空间,但不限于此;在不同实施例中,中段线路部530亦可根据线路布线(Layout) 的需要而具有其他形状。 In other words, the middle portion of the line 530 and the first cut line 400 on the second sub substrate 210 having a triangular enclosed space, but not limited thereto; In various embodiments, the middle line section according to line wirings 530 may (Layout ) needs to have other shapes.

图4A所示为图2A所示显示装置母基板100的另一实施例。 4A is shown in FIG. 2A shows another apparatus embodiment of the mother substrate 100 shown in FIG. 在本实施例中,显示装置母基板100另包含第三子基板300,位在第一子基板110以及第二子基板210的侧边,其间具有第二切割线410,其中第三线路700是设置于第三子基板300之上,且平行于第二线路600配置,并电连接于第一线路500 的末端线路部520。 In the present embodiment, the display apparatus 100 further includes a third mother substrate sub-substrate 300, a first bit in the sub-side substrate 110 and the second sub-substrate 210, having a second cutting line 410 therebetween, wherein the third line 700 is disposed above the third sub-substrate 300, and is disposed parallel to the second line 600, and electrically connected to a first end of the line portion 520 of the line 500. 在本实施例中,第三线路700是电连接于一测试信号垫(未绘示),以接受测试信号藉此将测试信号经过第一线路700传输至第一子基板U0上的第一显示区域120的电路,以供第一显示区域120显示画面。 In the present embodiment, the third line 700 is electrically connected to a test signal pad (not shown), thereby to receive the test signal through the test signal on a first display a first transmission line 700 to the first sub-board of U0 circuit area 120, a first display region 120 for display screen.

在本实施例中,第一子基板110和第二子基板210将自第二切割线410 和第三子基板300切割分离。 In the present embodiment, the first substrate 110 and the second sub-sub-board 210 from the second cut line 410 and the third sub-substrate 300 cut and separated. 此外,第一子基板U0将自第一切割线400和第二子基板210切割分离。 Further, the first sub-U0 substrate 400 isolated from the first and second sub-board 210 cutting line cutting. 因此,末端线路部520将同时和第三线路700以及中段线路部530分离。 Thus, the end of the line while separating portion 520 and the third line portion 700 and the middle line 530. 因此即使末端线路部520由于静电破坏和第二线路600短路,第一显示区域120亦不会收到第二线路600所传输的电子信号而显示出不正确的画面。 Therefore, even if the end portion 520 since the line 600 and the second short-circuiting the electrostatic discharge circuit, the first display area 120 will not receive the transmitted electronic signal 600 and second line shows incorrect pictures. 图4B所示为屈2A所示显示装置母基板的另一实施例。 FIG. 4B shows another embodiment of the apparatus of the mother substrate shown in FIG flexion 2A. 在本实施例中,第一线路500的中段线路部530是根据布线的需要以反复曲折的方式设置于显示装置母基板100的第一子基板110和第二子基板210之间,其中部分末端线路部520是跨设于第二线路600之上。 In the present embodiment, the middle line portion 530 of the first line 500 is disposed in zigzag manner between the first sub display device substrate 110 and the mother substrate 100 of the second sub-wiring substrate 210 as needed, wherein the end portion line portion 520 is provided on the second cross-line 600.

图5为图2A所示显示装置母基板的制造方法的步骤流程图。 FIG. 2A shows the step of FIG. 5 is a device manufacturing method shown in a flowchart of a mother substrate. 如图5所示, 制造方法的步骤S700,提供显示装置母基板,例如玻璃基板,包含第一子基板以及第二子基板,其中第一子基板上具有显示区域。 5, in step S700 the manufacturing method, a display device mother substrate such as a glass substrate, comprising a first substrate and a second sub-sub-substrate, having a first display area on the submount. 第一子基板及第二子基板以并排方式配置,但不以此为限。 The first substrate and the second sub-sub-board is disposed parallel to, but not limited thereto. 上述第一子基板和第二子基板实质上是为显示装置母基板的一部分,两子基板之间具有第一切割线。 The first substrate and the second sub-sub-board part of the device is substantially the mother substrate for the display, having a first cutting line between the two sub-substrates. 在本实施例 In this embodiment

中,显示装萱母基板包含二个子基板,但不限于此;在不同实施例中,所述显示装置母基板亦包含其他数目的子基板。 , The display device comprising two sub-Xuan mother board substrate, but is not limited thereto; In various embodiments, the display device also includes mother substrate other number of the sub-substrate. 本实施例中,第一子基板是为用于液晶显示器中的玻璃基板,其中显示区域包含薄膜电晶体(Thin-Film Transistor)、彩色滤光片、图像驱动元件、测试垫以及显示区域电路,但不限于此;在不同实施例中,显示区域亦包含或有机发光二极体或其他形式的显示方式,显示区域亦可设置于第二子基板之上。 In this embodiment, the first sub-substrate is a glass substrate for a liquid crystal display, wherein the display region comprises a thin film transistor (Thin-Film Transistor), a color filter, an image drive element, the test pad and a display area of ​​the circuit, but not limited thereto; in various embodiments, also includes a display area or OLED display, or other forms, may also be disposed over the display region of the second submount.

如图5所示,本发明的制造方法的步骤S710,设置第二线路于显示装置母基板之上。 5, the manufacturing method of the step S710 according to the present invention, a second line on the display device on the mother substrate. 在本实施例中,第二线路跨越第一子基板及第二子基板之间的第一切割线并同时设置于第一子基板及第二子基板之上。 In the present embodiment, the second line across a first cutting line between the first sub-board and the second sub-substrate while disposed on the first substrate and the second sub-sub-board.

图5所示的步骤S720包含形成具弯折形状的第一线路于显示装置母基板上,其中第一线路是跨越第一切割线同时设置于第一子基板及第二子基板之上。 Shown in FIG. 5 S720 step comprises forming a line having a bent shape of the first mother substrate on a display device, wherein a first line across the first cut line is simultaneously disposed on the first substrate and the second sub-sub-board. 第一线路包含显示端线路部、末端线路部以及中段线路部,其中中段线路部的两端是分别电连接于显示端线路部以及末端线路部。 The first line comprises a display end line portion, the line end of the line portion and the middle portion, wherein both end portions of the middle line is electrically connected to the display portion and the end of the line end of the line section. 在本实施例中, 显示端线路部是电连接于显示区域电路,末端线路部是电连接于测试垫。 In the present embodiment, the display end line portion is electrically connected to the display area of ​​the circuit, the line end portion is electrically connected to the test pad. 换言之,第一线路可用于面板性能测试中,自探针接受测试信号并将测试信号传输至显示区域电路,但不限于此;在不同实施例中,末端线路部亦可电连接于图像驱动元件或其他电子元件。 In other words, the first line may be used to test the performance of the panel, and a test signal from the probe receiving a test signal to the display area of ​​the circuit, but is not limited thereto; In various embodiments, the end of the line portion may be electrically connected to the image drive element or other electronic components. 显示端线路部及末端线路部实质上是位于第一子基板之上;中段线路部实质上是位于第二子基板之上,其中段线路部是于第一子基板及第二子基板间的第一切割线所在处电连接于显示端线路部及末端线路部。 End of the line display unit and the end of the line portion is substantially disposed on the first sub-substrate; middle line portion is substantially located over the second sub-board, which portion is a segment in the line between the first substrate and the second sub-sub-substrate where the first cutting line is electrically connected to the display unit and the end of the line end of the line portion.

在图5所示的实施例中,步骤S720包含将部分第一线路设置于第二线路的上方;换言之,第一线路及第二线路是以互相跨越的方式设置于显示装置母基板之上。 In the embodiment illustrated in FIG. 5, step S720 comprises a first line disposed over a portion of the second line; in other words, the first line and second lines are provided across each other on the display device on the mother substrate. 在本实施例中,第二线路跨越第一线路的末端线路部并实质上垂直于末端线路部,但不限于此;在不同实施例中,第二线路亦可跨越第--线路的其他部分,例如中段线路部,或以其他角度迭置于第一线路之上。 In the present embodiment, a second line across the first line end of the line portion and substantially perpendicular to the end of the line portion, but is not limited thereto; In various embodiments, the second line may cross section - the rest of the line , for example, the middle line portion, or at other angles stacked disposed over the first line. 此外,图5所示的步骤S720中,第一线路的中段线路部是弯折设置于第 Further, the step shown in FIG. 5 S720, the middle line is the first line portion disposed in the bent section

二子基板的表面。 Two sub-surface of the substrate. 在本实施例中。 In the present embodiment. 中段线路部以拱形方式设置于第二子基板 The middle line in an arcuate portion disposed on the second sub-board

上,其中在中段线路部以及第一子基板及第二子基板间的第一切割线之间围 On which the middle line between the first portion and the cutting line between the first sub-board and the second sub-board surrounded

起一间隔。 From a distance. 在一变化实施例中,中段线路部以锥形方式设置于第二子基板上, 其中具有三角形之间隔是在中段线路部以及第一切割线之间所围起形成,但 In a variant embodiment, the middle line in a tapered portion disposed on the second sub-board, which is a triangle having a spacing between the middle line and a portion enclosed by a first cut line is formed, but

不限于此;在不同实施例中,中段线路部亦可根据线路布线的需要而具有其他几何形状。 Any thereto; In various embodiments, the middle line section of the line wirings needed can also have other geometric shapes.

图5所示的制造方法的步骤S730,切割显示装置母基板以将第-一子基板与第二子基板分离,其中本步骤S730是沿着第一切割线切割显示装置母基板。 The step of the manufacturing method shown in FIG. 5 S730, the display device cutting the mother substrate to the first substrate and the second sub-sub-board separation, wherein this step S730 is the mother substrate cutting apparatus along a first cutting line display. 换言之,第一切割线是供显示装置母基板作为切割的参考依据。 In other words, the first cutting line is a mother substrate for the display device as a reference for cutting. 由于中段线路部实质上是于第一切割线处分别电连接于显示端线路部以及末端线路部, 因此步骤S730同时将中段线路部与显示端线路部及末端线路部分离。 Since the middle line of the first cutting portion is substantially in line are electrically connected to the display portion and the end of the line end of the line portion, while the middle line step S730 and the display portion and the tip end portion of the line from the line portion.

此外,图6所示为图4A所示显示装置母基板的制造方法的步骤流程图。 Further, as shown in FIG. 6 is shown in Figure 4A show manufacturing steps of a method flowchart apparatus mother substrate. 如图6所示,步骤S900包含提供显示装置母基板,包含相连接至少第一子基板、第二子基板以及一第三子基板,其中第一子基板上具有显示区域,但不以此为限。 As shown, step S900 provides a display apparatus comprising a mother board 6, comprising at least a first sub-substrate connected to a second substrate and a third sub-sub-substrate, having a first sub-board display region, but not to limit. 第一子基板、第二子基板及第三子基板相连接的方式例如是并排, 但不以此为限。 A first sub-substrate, a second embodiment and a third sub-sub-substrate connected to the substrate side by side, for example, but not limited thereto. 本实施例的第三子基板位在第一子基板以及第二子基板的侧边,其间具有第二切割线。 The third embodiment according to the present embodiment submount side of the first bit in the sub-substrate and the second sub-substrate, having a second cutting line therebetween. 此外,显示装置母基板为玻璃基板,但不限于此; The display device mother substrate is a glass substrate, but is not limited thereto;

在不同实施例中,上述基板亦可为如塑胶基板或其他合适材质的基板。 In various embodiments, the substrate may also be suitable, such as a plastic substrate or other substrate material is.

如图6所示,本发明的制造方法包含步骤S910,设置第二线路于显示装置母基板之上。 6, the manufacturing method of the present invention comprises a step S910, the second line is provided on the display device on the mother substrate. 在本实施例中,第二线路跨越第一子基板及第二子基板之间的第一切割线并同时设置于第一子基板及第二子基板之上。 In the present embodiment, the second line across a first cutting line between the first sub-board and the second sub-substrate while disposed on the first substrate and the second sub-sub-board. 或者,于本步骤中,亦可同时设置第三线路于显示装置母基板之上,第三线路是设置于第三子基板之上,且平行于第二线路配置。 Alternatively, in this step, may also set on the third line in the display device of the mother substrate, the third line is disposed on the third sub-board, and is arranged parallel to the second line.

图6所示的步骤S920包含形成具弯折形状的第一线路于显示装置母基板上,其中第一线路是跨越第一切割线同时设置于第一子基板及第二子基板之上。 Step S920 shown in FIG. 6 comprises a first line having a bent shape formed on a mother substrate display apparatus, wherein a first line across the first cut line is simultaneously disposed on the first substrate and the second sub-sub-board. 第一线路包含显示端线路部、末端线路部以及中段线路部,其中中段线 The first line comprises a display end line portion, the line end of the line portion and the middle portion, wherein the middle line

路部的两端是分别电连接于显示端线路部以及末端线路部。 Both ends of the road portion is electrically connected to the display portion and the end of the line end of the line section. 此外,图6所示步骤S920另包含将部分末端线路部跨越第二切割线设置于与第一子基板相邻的第三子基板上;换言之,部分末端线路部是于跨越第一子基板与第三子基板间的第二切割线,并设置于第三子基板之上,而电连接于第三线路。 Further, Step S920 of FIG. 6 further comprises a second portion of the end of the line across the cutting line portion disposed on the third sub-substrate adjacent to the first sub-substrate; in other words, in the portion of the tip portion is a line across the substrate and the first sub- the second cut line between the third sub-substrate, and disposed above the third sub-board, is electrically connected to the third line.

图6所示的制造方法的步骤S930,切割显示装置母基板以将第一子基板、 第二子基板与第三子基板分离,其是沿着第一切割线与第二切割线切割显示装置母基板。 The step of the manufacturing method shown in FIG. 6 S930, the mother substrate means to the first sub-substrate, a second substrate and the third sub-sub-separation substrate which is cut along a first cutting line display and the second display cutting line cutting mother substrate. 由于中段线路部实质上是于第一切割线处分别电连接于显示端线路部以及末端线路部,此步骤同时将中段线路部与显示端线路部及末端线路部分离。 Since the middle line of the first cutting portion is substantially in line are electrically connected to the display portion and the end of the line end of the line portion, this step while the middle line of the display portion and an end portion of the line from the end of the line portion. 此外,在本实施例的步骤S930中,沿第二切割线将第一子基板分离于第三子基板的同时亦将位于第三子基板上的部分末端线路部与位于第一子基板上的部分末端线路部分离。 Further, in step S930 of this embodiment, the second cutting line along the sub-substrate while the first substrate is separated from the third sub-portion end of the line will also be located on a third sub portion located on the first substrate and the sub-substrate portion of the tip portion away from the line.

虽然前述的描述及图示己揭示本发明的较佳实施例,必须了解到各种增添、许多修改和取代可能使用于本发明较佳实施例,而不会脱离如所附权利要求范围所界定的本发明原理的精神及范围。 Although the foregoing description has disclosed and illustrated preferred embodiments of the present invention, it is necessary to add various understood that many modifications and substitutions may be used in the preferred embodiment of the present invention, without departing from the scope defined by the appended claims spirit and scope of the principles of the present invention. 熟悉所述的技术人员将可体会本发明可能使用于很多形式、结构、布置、比例、材料、元件和组件的修改。 Familiar with the art will appreciate the present invention may be modified for use in many forms, structures, arrangements, proportions, materials, elements and components. 因此,本文于此所揭示的实施例于所有观点,应被视为用以说明本发明,而非用以限制本发明。 Accordingly, the herein disclosed embodiments herein to all views, should be considered to illustrate the present invention, not to limit the present invention. 本发明的范围应由权利要求范围所界定,并涵盖其合法均等物,并不限于先前的描述。 The scope of the invention should be defined by the scope of claim, and cover their legal equivalents, not limited to the previously described requirements.

Claims (18)

1.一种显示装置母基板,其特征在于,所述母基板包含: 一第一子基板,其上设置有一显示区域的电路; 一第二子基板,和所述第一子基板连接;以及一第一线路,以曲折的形式设置于所述第一子基板及所述第二子基板之上,其中所述第一线路包含: 一显示端线路部,设置于所述第一子基板之上,并电连接所述显示区域的电路; 一末端线路部,设置于所述第一子基板之上;以及一中段线路部,设置于所述第二子基板之上,其中所述中段线路部连接于所述显示端线路部与所述末端线路部之间; 其中当所述第一子基板及所述第二子基板分离时,所述中段线路部亦分离而使所述显示端线路部及所述末端线路部是不连通。 1. An apparatus for displaying a mother substrate, wherein said mother substrate comprising: a first sub-substrate on which a circuit is provided with a display area; a second sub-board, and the first sub-board connector; and a first circuit, disposed in a meandering form over to the first substrate and the second sub-sub-substrate, wherein the first line comprises: a display end line portion, provided on the substrate of the first sub- on, and electrically connected to said circuit display region; one end of the line portion is provided over the first sub-substrate; and a middle line portion disposed on the second sub-substrate, wherein the middle line end portion connected between the line portion and the end portion of the display line; wherein when separation of the first substrate and the second sub-sub-board, the middle line of the display portion also separating the end of the line end of the line portion and the portion is not in communication.
2. 如权利要求1所述的显示装置母基板,其特征在于,所述母基板另包含一第二线路,同时设置于所述第一子基板及所述第二子基板之上,其中所述第一线路的所述末端线路部及所述第二线路是于所述第一子基板上至少部分相互跨越。 2. The display device as claimed in claim 1, wherein the master substrate as claimed, characterized in that, the mother substrate further comprises a second line, and disposed over the first substrate and the second sub-sub-substrate, the end of the line portion of said first line and the second line is on the first sub-substrate is at least partially cross each other.
3. 如权利要求1所述的显示装置母基板,其特征在于,所述中段线路部于其两端间在所述第二子基板上弯折形成一拱形。 The display device according to the mother substrate as claimed in claim 1, characterized in that the middle line between the two ends of the bent portion thereof is formed a second arcuate on the submount.
4. 如权利要求1所述的显示装置母基板,其特征在于,所述中段线路部于其两端间在所述第二子基板上弯折形成一锥形。 4. The mother substrate of the display device of claim 1, wherein the middle line between the two ends of the bent portion thereof is formed a second tapered on the submount.
5. 如权利要求1所述的显示装置母基板,其特征在于,所述母基板另包含一第三子基板,和所述第一子基板连接,其中所述末端线路部是同时设置于所述第一子基板及所述第三子基板之上。 The display device according to the mother substrate as claimed in claim 1, wherein the mother board further includes a third sub-substrate, and the first sub-board connector, wherein the end of the line portion is provided simultaneously to the said first substrate and the third sub-sub-substrate above.
6. 如权利要求5所述的显示装置母基板,其特征在于,所述母基板另包含一第三线路,设置于所述第三子基板之上,其中所述第一线路的所述末端线路部及所述第三线路是于所述第三子基板上电连接。 The display device mother substrate according to claim 5, wherein said mother substrate further comprises a third line disposed above said third sub-substrate, wherein the end of the first line line and the third line portion is electrically connected to the third sub-substrate.
7. 如权利要求1所述的显示装置母基板,其特征在于,所述末端线路部的另一端是连接一测试信号垫。 The display device according to the mother substrate as claimed in claim 1, wherein the other end portion of the end of the line is connected to a test signal pad.
8. —种显示装置基板,其特征在于,所述基板包含:一显示区域,具有一显示区域电路,设置于一基板上;以及一第一线路,设置于所述基板上,所述第一线路包含-一显示端线路部,包含一第一端及一第二端,其中所述第一端是电连接于所述显示区域的电路,所述显第二端是延伸至并暴露于所述基板的一第一边缘;以及一末端线路部,设置于所述基板上,不连通于所述显示端线路部,其中所述末端线路部的一第一端是延伸至所述基板的所述第一边缘并暴露于所述第一边缘,所述显示端线路部第二端及所述末端线路部第一端间保持-间隔。 8. - kind of display device substrate, wherein the substrate comprises: a display region having a display area of ​​the circuit disposed on a substrate; and a first circuit, disposed on said substrate, said first circuit comprises - a display end line portion, comprising a first end and a second end, wherein the first end is electrically connected to a circuit of the display region, the second end extending substantially to and exposed to the a first edge of said substrate; and one end of the line portion is provided on the substrate, the line is not communicated to the end portion of the display, wherein a first end of the end of the line to the extending portion of the substrate and exposing said first edge to the first edge, between the display holder and a second end portion first end of the tip end of the line portion of the line - the interval.
9. 如权利要求8所述的显示装置基板,其特征在于,所述基板另包含一第二线路,设置于所述基板上,其中所述第二线路及所述末端线路部至少部分互相跨越。 The display device substrate according to claim 8, wherein said substrate further comprises a second line disposed on the substrate, wherein the second line portion and the end of the line crossing each other at least partially .
10. —种显示装置基板,其特征在于,所述基板包含如权利要求1所述的显示装置母基板于切割后的所述第一子基板。 10. - kind of display device substrate, wherein the substrate comprises a display device 1 according to the mother substrate after cutting the first substrate as claimed in sub-claims.
11. 一种显示装置基板,其特征在于,所述基板包含: 一中段线路部,以曲折方式设置于一基板上,其中所述中段线路部包含—第一端及一第二端,分别延伸至所述基板的一第一边缘并暴露于所述第一边缘;其中所述显示装置基板是于所述第一边缘和另一基板分离,所述中段线路部第一端及所述中段线路部第二端是于所述第一边缘分别分离设置于所述另一基板的一显示端线路部的一端及一末端线路部的一端。 A display device substrate, wherein the substrate comprises: a middle portion of the line, is provided in a meandering manner on a substrate, wherein the middle line comprises a portion - a first end and a second end, extending respectively a first edge to the substrate and exposed to the first edge; wherein the display device substrate is separated from the first edge and the other substrate, a first end portion of the middle line and the middle line the second end portion is an end portion of an end of a display line in the end edge of the first separator are arranged at the other end of the line and a substrate portion.
12. —种显示装置基板,其特征在于,所述基板包含如权利要求1所述的显示装置母基板于切割后的所述第二子基板。 12. - kind of display device substrate, wherein the substrate comprises a display device 1 according to the mother substrate after cutting the second substrate as claimed in sub-claims.
13. —种显示装置基板的制造方法,其特征在于,所述方法包含下列步骤: 提供一显示装置母基板,其中所述显示装置母基板包含至少一第一子基板及一第二子基板,其中所述第一子基板具有一显示区域,所述显示区域包含显示区域的电路;弯曲设置一第一线路于所述显示装置母基板上,使所述第一线路的一显示端线路部及一末端线路部位于所述第一子基板上,而分别连接所述显示端线路部及所述末端线路部的一中段线路部是位于所述第二子基板上;其中所述显示端线路部是电连接于所述显示区域的电路;以及切割所述显示装置母基板以分离所述第一子基板及所述第二子基板,并同时分离所述显示端线路部、所述中段线路部及所述末端线路部。 13. - Method for manufacturing a display device substrate species, characterized in that the method comprises the steps of: providing a display apparatus mother substrate, wherein said display means comprises at least a first mother substrate and a second substrate sub-sub-board, wherein the first sub-substrate having a display area, the display area of ​​the display area comprises a circuit; a first curved line is provided on the display device of the mother substrate, so that a display end line of the first line portion and one end of the line portion is located on the first submount, and the display are connected to a middle portion of the line end of the line portion and the end of the line portion is located on the second sub-board; wherein the end of the line display unit It is electrically connected to a circuit of the display area; and display means cutting the mother substrate to separate the first substrate and the second sub-sub-substrate, and separates an end portion of the display line, the middle line section and the end of the line portion.
14. 如权利要求13所述的制造方法,其特征在于,所述方法另包含: 设置一第二线路于所述第一子基板及所述第二子基板之上; 其中所述第二线路及所述第一线路的所述末端线路部以互相跨越方式设置于所述第一子基板之上。 14. The manufacturing method according to claim 13, wherein said method further comprises: a second line disposed on said first substrate and the second sub-sub-board; wherein the second line the first line and the end of the line portion crossing one another in a way disposed over said first submount.
15. 如权利要求13所述的制造方法,其特征在于,所述第一线路的中段线路部是以一拱形弯折设置于第二子基板的表面。 The manufacturing method according to claim 13, characterized in that the middle portion of the line is the first line of the arcuate surface of a bent sub disposed on the second substrate.
16. 如权利要求13所述的制造方法,其特征在于,所述第一线路的中段线路部是以一锥形弯折设置于第二子基板的表面。 16. The manufacturing method according to claim 13, characterized in that the middle line of the first line portion is a tapered surface disposed on the second bent sub substrate.
17. 如权利要求13所述的制造方法,其特征在于,所述显示装置母基板另包含一第三子基板连接所述第一子基板,所述方法另包含将所述末端线路部同时设置于所述第一子基板及所述第三子基板之上。 17. The manufacturing method according to claim 13, wherein said display means further comprises a mother substrate of the third sub-board connecting the first sub-substrate, the method further comprises the end of the line portion is provided at the same time to the first substrate and the third sub-sub-substrate above.
18. 如权利要求17所述的制造方法,其特征在于,所述切割显示装置母基板的步骤进一步分离所述第一子基板及所述第三子基板,并同时将设置于所述第一子基板的部分所述末端线路部与设置于所述第三子基板的部分所述末端线路部分离。 18. The manufacturing method according to claim 17, wherein said step of cutting the display means is further separated from the mother substrate to the first substrate and the third sub-sub-substrate, and simultaneously provided to the first the tip portion of the sub-circuit portion provided in the substrate from the end portion of the third sub-circuit portion of the substrate.
CN 200910149352 2009-06-18 2009-06-18 Display device motherboard, display device substrate and manufacturing method thereof CN101592804B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200910149352 CN101592804B (en) 2009-06-18 2009-06-18 Display device motherboard, display device substrate and manufacturing method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200910149352 CN101592804B (en) 2009-06-18 2009-06-18 Display device motherboard, display device substrate and manufacturing method thereof

Publications (2)

Publication Number Publication Date
CN101592804A true CN101592804A (en) 2009-12-02
CN101592804B CN101592804B (en) 2011-07-06

Family

ID=41407545

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 200910149352 CN101592804B (en) 2009-06-18 2009-06-18 Display device motherboard, display device substrate and manufacturing method thereof

Country Status (1)

Country Link
CN (1) CN101592804B (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104238162A (en) * 2013-06-06 2014-12-24 株式会社日本显示器 multiple circuit board for liquid crystal display panels and method for manufacturing liquid crystal display panels
TWI576740B (en) * 2015-06-05 2017-04-01 群創光電股份有限公司 Touch display device
US10031363B2 (en) 2015-06-05 2018-07-24 Innolux Corporation Touch display device

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP3481465B2 (en) 1998-07-14 2003-12-22 シャープ株式会社 Set of active matrix substrate board

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104238162A (en) * 2013-06-06 2014-12-24 株式会社日本显示器 multiple circuit board for liquid crystal display panels and method for manufacturing liquid crystal display panels
CN104238162B (en) * 2013-06-06 2017-11-21 株式会社日本显示器 Liquid crystal display panel layout circuit substrate and the manufacture method of liquid crystal display panel
TWI576740B (en) * 2015-06-05 2017-04-01 群創光電股份有限公司 Touch display device
US10031363B2 (en) 2015-06-05 2018-07-24 Innolux Corporation Touch display device

Also Published As

Publication number Publication date
CN101592804B (en) 2011-07-06

Similar Documents

Publication Publication Date Title
US8217916B2 (en) Display device with touch panel
TWI537634B (en) Liquid crystal display integrated touch screen panel
US9250736B2 (en) Capacitive incell touch panel and display apparatus
KR101466556B1 (en) Liquid crystal display device and Method for manufacturing the same
KR20140143314A (en) Touch display apparatus
US20140125626A1 (en) Capacitive in-cell touch screen, driving method for the same, and display apparatus
JP2010039816A (en) Display
US8947366B2 (en) Capacitive touch panel and fabricating method thereof
KR101944503B1 (en) Sensor substrate and sensing display panel having the same
CN100407018C (en) The thin film transistor array panel
KR101352344B1 (en) Signal transfer member and display apparatus having the same
JP2010097536A (en) Touch panel
US9645686B2 (en) In-cell touch panel and display device
TWI557960B (en) Flexible display panel and display apparatus including the flexible display panel
CN101443700A (en) Active matrix substrate, display, and active matrix substrate inspecting method
US8390575B2 (en) Touch-sensitive liquid crystal display panel with built-in touch mechanism and method for driving same
CN103852942A (en) Liquid crystal display
JP3054135B1 (en) The liquid crystal display device
KR101528974B1 (en) Display device with input device, method of manufacturing the same, and electronic apparatus
CN102053415B (en) Horizontal-electric-field liquid crystal display apparatus
CN102113421B (en) Flexible substrate and electric circuit structure
CN101661723B (en) Display apparatus
JP3727645B2 (en) Wiring board connection structure and liquid crystal display panel connection structure
US9189117B2 (en) Touch display device
CN100510914C (en) Liquid crystal display device

Legal Events

Date Code Title Description
C06 Publication
C10 Request of examination as to substance
C14 Granted