CN1333420C - Aligning pattern and plane display panel including said aligning pattern - Google Patents

Aligning pattern and plane display panel including said aligning pattern Download PDF

Info

Publication number
CN1333420C
CN1333420C CNB2003101131581A CN200310113158A CN1333420C CN 1333420 C CN1333420 C CN 1333420C CN B2003101131581 A CNB2003101131581 A CN B2003101131581A CN 200310113158 A CN200310113158 A CN 200310113158A CN 1333420 C CN1333420 C CN 1333420C
Authority
CN
China
Prior art keywords
pattern
parallelogram
panel
diagonal
set
Prior art date
Application number
CNB2003101131581A
Other languages
Chinese (zh)
Other versions
CN1555079A (en
Inventor
陈柏丞
潘政光
吴俊翰
蔡昆佑
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 CNB2003101131581A priority Critical patent/CN1333420C/en
Publication of CN1555079A publication Critical patent/CN1555079A/en
Application granted granted Critical
Publication of CN1333420C publication Critical patent/CN1333420C/en

Links

Abstract

本发明提供对位图案及包括该对位图案的平面显示面板,一组对位图案设置于组成平面显示器的前后面板上,包括:第一图案,包括第一平行四边形图案与其对角线,且该对角线由第一平行四边形图案的四角向外延伸;以及,第二图案,包括第二平行四边形图案,与第一平行四边行图案形状相同,以及多组对称线段组,平行设置于由第二平行四边形图案的四角向外延伸的对角线方向两侧,使第二平行四边形图案延伸的对角线方向位于该对称式线段组的中心位置。 The present invention provides a planar alignment pattern and the alignment pattern comprising a display panel, a set of alignment mark provided on the front and rear panels consisting of flat panel display, comprising: a first pattern including a first pattern and its diagonal parallelogram, and a first diagonal line extending from the four corners of a parallelogram pattern outward; and a second pattern including a second parallelogram pattern, the same shape as the first parallelogram pattern, and a plurality set of symmetrical segments group, disposed parallel to the sides of the four corners of a second diagonal direction of the parallelogram pattern extending outwardly, so that a diagonal direction of the second parallelogram pattern extending in the center position of the symmetric line segment groups. 其中,第一与第二图案分别设置于前板与后板的相对位置上,当前后板迭对组装时,通过第一与第二平行四边形图案互相迭对,以及第一平行四边形图案的对角线与对称线段组的对准以达成面板间的准确迭对。 Wherein the first and second patterns are disposed at a position opposing the front plate and the rear plate, the rear plate stacked on the current time of assembly, the first and second mutually overlapping parallelogram pattern, and a pattern of a first parallelogram moldings aligned with the line of symmetry group to achieve accurate to Diego between panels.

Description

对位图案及包括该对位图案的平面显示面板 Planar alignment pattern and the alignment pattern comprising a display panel

技术领域 FIELD

本发明涉及等离子体平面显示面板(Plasma Display Panel,简称PDP),特别涉及等离子体平面显示的前后面板的迭对校准。 The present invention relates to a plasma flat display panel (Plasma Display Panel, referred to as PDP), particularly relates to a plasma Diego front and rear panels of the flat display calibration.

背景技术 Background technique

平面显示器为目前显示器的主流,而其中大尺寸的主流则为等离子体显示器。 The flat panel display is a display of the mainstream, but in which a large size compared with the main plasma display. 等离子体显示器主要原理是利用气体电弧(Arc)所放射的紫外线辐射来激发三原色红(R)、蓝色(B)、绿色(G)的磷光物质,而三原色光的混合而显示各种色彩的可见光。 The main principle is the use of a gas plasma display, an arc (the Arc) emitted ultraviolet radiation to excite the three primary colors red (R), blue (B), green (G) phosphor materials of three primary colors of light are mixed to display various colors visible. 以下以图1A至1C说明公知的一种等离子体显示器面板结构。 1A to 1C to the following description of known structure of a plasma display panel.

图1A所示为公知的一种等离子体显示装置的前板(front plate)结构,或称上板结构。 Shown in Figure 1A a display front plate (front plate) device structure is well known as a plasma, or upper plate structure. 长条形的维持电极(sustain electrode)C与扫描电极(scanelectrode)S以彼此平行相间方式设置于透明玻璃面板10上。 Elongated sustain electrode (sustain electrode) C and the scan electrode (scanelectrode) S disposed in parallel spaced manner from each other on the transparent glass panel 10. 接着,一介电层12,如透明诱电体层,覆盖该透明玻璃面板10表面,且覆盖维持电极(sustain electrode)C与扫描电极(scan electrode)S。 Next, a dielectric layer 12, such as a transparent Dielectric layer covering the surface of the transparent glass panel 10, and covers the sustain electrode (sustain electrode) C and the scan electrodes (scan electrode) S. 接着,在介电层12形成一保护层14上,而完成如1A图所示之前板结构。 Next, a protective layer 14 on the dielectric layer 12, is completed before the plate structure as shown in FIG. 1A.

图1B所示为公知的一种等离子体显示装置的后板(rear plate)结构,或称下板结构。 Known as a plasma display shown in FIG. 1B rear plate (rear plate) device structure, or said lower plate structure. 首先在玻璃面板16上形成多个彼此平行的长条状寻址电极(address electrode)A。 First, a plurality of elongated address electrodes formed parallel to each other (address electrode) A glass panel 16 on. 接着以介电层18覆盖该玻璃面板16表面与该寻址电极A。 Followed by the dielectric layer 18 covers the surface of the glass panel 16 and the address electrode A. 接着,在该介电层表面定义形成作为显色单元用的阻隔壁(barrierrib)20,如图1B所示,其阻隔壁20彼此相间一既定距离,长条状平行设置于介电层18表面,而其中每两条阻隔壁20夹设于一寻址电极A之上,形成阻隔壁20与寻址电极A间呈间隔设置的结构。 Next, a barrier wall (barrierrib) is used as a color unit 20 is defined on a surface of the dielectric layer, as shown, 20 spaced from each other a predetermined distance from its barrier wall, disposed parallel to the surface of the elongated dielectric layer 18 in FIG. 1B , wherein each of the two barrier wall 20 disposed on an interposed address electrodes a, and 20 form a barrier rib structure between the address electrodes a arranged in a spaced. 而在两两相邻的阻隔壁20间,分别涂布产生红光、绿光或蓝光的荧光体层22,形成如图1B所示的后板结构。 In two of the adjacent barrier ribs 20, phosphor layers are applied to produce red, green or blue light 22, the rear plate forming the structure shown in FIG. 1B.

参见图1C,所示为图1A的前板结构与图1B的后板结构组合后形成的PDP发光单元的侧视图。 1C, a side view of the PDP after the light emitting unit shown in FIG. 1A structural combination of the rear plate and a front plate structure formed in FIG. 1B. 将前板结构平行的维持电极C与扫描电极与后板结构的寻址电极A以互相垂直方向迭对后,则构成多个发光单元,如图1C图所示,前板与后板间以阻隔壁20隔出发光单元。 After the address electrode A and scan electrode sustain electrode C and the rear plate structure parallel to the front plate structure mutually vertically stacked pairs, constituting the plurality of light emitting cells between the front plate and the rear plate shown in Figure 1C in FIG. barrier ribs 20 partition the light-emitting unit. 每个发光单元由后板的寻址电极A写入显示资料,而前板的维持电极C与扫描电极S则用以负责放电及实际显示。 Each light-emitting unit by the address electrode A rear plate is written in the display data, and the sustain electrode and scan electrode S C is used for the front plate and the discharge charge of the actual display. 其中,图1C中的维持电极C与扫描电极S本应与寻址电极A垂直设置,而为了图示方便,图中的维持电极C与扫描电极S调整90度以解释发光单元的结构。 Wherein FIG. 1C sustain electrode and scan electrode C S should disposed perpendicular to the address electrodes A, and for convenience of illustration, FIG sustain electrode and scan electrode S C adjusted to account for the light emitting unit 90 of the structure.

仍参见图1C,当前板与后板结构彼此结合后,则由玻璃面板的隙缝间填入惰性气体,如氖和氙的混合气体。 Referring still to Figure 1C, the front plate and the rear plate structure bonded to each other, the slit between the glass panels is filled by an inert gas such as mixed gas of neon and xenon. 每个寻址电极A与一对维持电极C与扫描电极S的交会区是一个发光单元,当施加电压时,激发发光单元中的惰性气体,而产生等离子体效应放出紫外线,当紫外线照射到涂布于阻隔壁20表面上的荧光材质22R、22G或22B时,则激发产生红色、绿色或蓝色的可见光,而此三原色的迭加组合进而构成彩色显示画面。 Each address electrode A and a pair of sustain electrodes and the scan electrode intersection region C S is a light emitting unit when voltage is applied, the light emitting unit excited inert gas, to generate plasma discharge UV effects, when ultraviolet radiation to the coating fluorescent materials distributed in the barrier wall 20 on the surface 22R, 22G or 22B when, excited by the red, green, or blue visible light, and this combination of primary colors in turn superimposed color display screen.

而由于等离子体显示器如上述由前后两片面板迭合,以构成发光单元,因此,面板之间迭合的准确度则影响发光单元的空间大小以及电极对发光空间的控工艺度。 And because as a plasma display front panel above the two congruent, to constitute the light emitting units, therefore, the panel of overlapping between the accuracy of the control process of the light emitting element and an electrode on the light emitting space space impact. 一般而言,迭对误差可能造成发光单元的面积不一致,而寻址电极A或维持电极C与扫描电极S偏离发光单元的中央位置,无法有效激发发光空间中的惰性气体产生等离子体,因而造成发光效率降低与色彩不均等问题,影响显示器品质。 In general, the error may cause inconsistencies Diego area light emitting unit, the address electrode A and C or the sustain electrode and scan electrode S deviates from the center position of the light emitting unit, the light emitting space can not effectively stimulate the inert gas plasma is generated, resulting in light emission efficiency is lowered and problems such as color unevenness affect the display quality.

如上所述,为了使前后面板可以准确迭对,平面显示器的前后面板上通常设置对位图案(alignment mark),作为对位的依据。 As described above, in order to be accurately laminated to the front and rear panels, usually arranged based on the bit pattern (alignment mark), as the position of the longitudinal plane of the display panel. 参见图2A至2C,所示为等离子体显示器前后面板上设置的对位图案。 Referring to FIGS. 2A to 2C, as shown in the alignment mark provided on the front panel of a plasma display. 如图2A所示,一般在前板F与后板R的四边角落非显示区会设置对位图案。 2A, the four sides of the front plate generally plate R F and the rear corner of the non-display area is set to bit pattern. 如图2B所示,在透明前板F上非显示区的四个角落分别设置十字形标记,而在透明后板R的对应非显示区上亦对应设置以四个等距间隔设置的矩形,而当前后板迭对时,则呈现如图2B所示的迭对图案。 As shown in FIG. 2B, the transparent front panel F the non-display region are provided four corners of the cross-shaped mark, and after the transparent plate corresponding to R corresponding to non-display also disposed at four equally spaced rectangular shape disposed on the region, after lamination and the current plate pair, shown in Figure 2B presents Diego patterned. 或者,如图2C所示,前板F上设置一空心饼图样,而在后板R上设置一较小的实心圆,当前后板迭对时,则呈现如图2C图所示的同心圆迭对图样。 Alternatively, 2C, is provided on the front plate a hollow pie like F, provided a solid small circle on the rear plate R, the current rear plate stacked pair, the present concentrically Figure 2C shown in FIG. Diego on the pattern.

发明内容 SUMMARY

随着平面显示器尺寸逐渐加大,为了使平面显示器,如上述的等离子体显示器的前后面板的迭对更为精确,本发明的目的在于提供一种对位图案(alignment mark),可增加平面显示器前后板的对位精度与分辨率,减少对位误差(alignment error),并进而增进对位组装(Assembly)的产出效率。 With the gradual increase in the size of flat panel display, in order to make flat panel displays, front and rear panels as described above laminated on a plasma display more precise, an object of the present invention is to provide an alignment mark (alignment mark), a flat panel display may be increased position accuracy and resolution of the front and rear plates, to reduce the bit error (alignment error), and thus enhance the efficiency of the output bit assembly (assembly) a.

为达上述目的,在组成平面显示器的第一面板与第二面板上设置根据本发明的一组对位图案,用于平面显示器的面板迭对,包括:第一图案,其中包括第一平行四边形图案与其对角线,且该对角线由第一平行四边形图案的四角向外延伸;以及,第二图案,其包括:第二平行四边形图案,与第一平行四边行图案形状相同而大小相异,以及多组对称线段组,平行设置于由第二平行四边形图案的四角向外延伸的对角线方向两侧,使第二平行四边形图案延伸的对角线方向位于该对称式线段组的中心位置。 To achieve the above object, the second panel is provided with a first flat panel display consisting of a set of alignment patterns according to the present invention, a flat display panel of laminated, comprising: a first pattern, which comprises a first parallelogram its diagonal pattern, and the first diagonal line extending from the four corners of a parallelogram pattern outward; and a second pattern, comprising: a second parallelogram pattern, the same pattern of the first parallelogram shape and the size of phase isobutyl, and a plurality set of symmetrical segments group, disposed parallel to the diagonal direction from the four corners of the second parallelogram pattern extending outwardly on both sides of the second diagonal direction of the parallelogram pattern extending line located symmetric group Central location.

其中,上述第一与第二图案分别设置于组成平面显示器的第一面板与第二面板的相对位置上,当第一与第二面板迭对时,将相同形状但大小不同的第一与第二平行四边形图案互相迭对,使其四边的对位间隙一致。 Wherein said first and second patterns are disposed at opposite positions consisting of a first plane of the display panel and the second panel, when the first and second panels stacked pair, the same shape but different sizes of the first and second two parallelogram pattern overlap with each other to make it consistent with the four sides of the gap position. 另外,将对称线段组作为对位刻度,将第一平行四边形图案的延伸对角线迭合于第二图案的对称线段组的中心位置,以确保迭对的准确性。 Further, the line segment groups as a symmetrical alignment mark, a first parallelogram extending diagonal pattern is congruent to the center position of the second line segment symmetrical pattern group, to ensure the accuracy of the lamination.

本发明更提供另一组对位图案,包括:第一图案,其包括第一平行四边形图案与其对角线,且该对角线由该第一平行四边形图案的四角向外延伸;以及,第二图案,其包括:第二平行四边形图案,与第一平行四边行图案形状相同而大小相异,以及多条虚线,呈对称式放射状设置于该第二平行四边形图案的四角向外延伸的对角线方向两侧。 The present invention further provides another set of bit patterns, comprising: a first pattern comprising a first pattern parallelogram its diagonal, and the diagonal line extending from the four corners of the first parallelogram pattern outward; and a second second pattern, comprising: a second parallelogram pattern, similar to the first parallelogram shape pattern of different size, and a plurality of dashed lines, symmetric form of the second radially disposed in the four corners of the parallelogram pattern extending outwardly both sides of the diagonal direction.

其中,将第一与第二图案分别设置于组成该平面显示器的第一面板与第二面板的相对位置上,当第一与第二面板迭对时,将相同形状但大小不同的第一与第二平行四边形图案互相迭对,使其四边的对位间隙一致。 Wherein the first and second patterns are disposed at a position opposite to the flat display composed of the first panel and the second panel, the first and the second panel when stacked pair, the same shape but different sizes with a first the second parallelogram pattern overlap with each other to make it consistent with the four sides of the gap position. 而第一平行四边形图案的延伸对角线迭合于第二图案的对称式虚线的中心位置,以确保迭对的准确性。 And the center position of the broken line symmetrical first parallelogram extending diagonal pattern in the second pattern of overlapping, to ensure the accuracy of the stacking.

本发明进一步提供设置上述对位图案的平面显示器之前后面板,可更快速而准确的进行面板迭合。 The present invention further provides the above-described flat panel display is provided before the alignment pattern panel, can more quickly and accurately to a panel of overlapping.

为了让本发明之上述目的、特征、及优点能更明显易懂,以下配合所附图式,作详细说明如下:附图说明图1A至1C所示为公知的一种等离子体显示器的前板与后板结构与其所组合后形成的发光单元结构;图2A至2C所示为公知的一种等离子体显示器的前板与后板的迭对图案及其设置的区域;图3A、4A与5A说明根据本发明的一实施例中的一组对位图案;以及图3B、4B与5B说明根据本发明的另一实施例中的一组对位图案。 In order for the above-described object of the present invention, features, and advantages will become apparent from, the accompanying figures, described in detail below: FIG 1A to 1C front plate known as a plasma display shown in FIG. the structure formed after the light emitting unit and its composition after the plate structure; and the pattern shown in the area of ​​the front plate provided for stacking a known plasma display rear plate 2A to 2C; FIGS. 3A, 4A and 5A DESCRIPTION according to one embodiment of the present invention, a set of bit patterns in the embodiment; and FIG. 3B, 4B and 5B illustrate a set of alignment patterns according to another embodiment of the present invention.

附图标记说明10、F:前板12、18:介电层14:保护层16、R:后板20:阻隔壁22R、22G、22B:荧光体层C:维持电极S:扫描电极A:寻址电极30、40、50:方形图案31、41:对称式线段组32:实设对角线42、52:虚设对角线43、44、53、54:线段56A、56A'、56B、56B':虚线具体实施方式实施例一以下参见图3A、4A与5A说明根据本发明的一实施例中的一组对位图案。 REFERENCE NUMERALS 10, F: front plate 12, 18: dielectric layer 14: protective layer 16, R: rear plate 20: barrier wall 22R, 22G, 22B: phosphor layer C: sustain electrode S: scan electrode A: address electrodes 40, 50: 31, 41 a square pattern: symmetrical line segment group 32: 42,52 diagonal to Actual: dummy diagonal 43, 44: line 56A, 56A ', 56B, 56B ': Example dotted line one of the following Detailed Description Referring to FIGS. 3A, 4A and 5A illustrates a set of alignment patterns according to an embodiment of the present invention. 该组对位图案包括如图3A所示的第一图案与图4A所示的第二图案,分别设置于组合成一等离子体显示器的前板与后板上。 The set of bit patterns comprise a first pattern shown in FIG. 3A 4A shown in a second pattern, are provided in the composition to a plasma display front plate and the rear plate. 优选的是在前板与后板上,属于非显示区域的四边角落上分别设置该对位图案。 Preferably the front plate and the rear plate, belonging to the non-display are respectively arranged on four sides of the alignment pattern in the corner area.

如图3A所示,第一图案中包括第一平行四边形图案30与其一对对角线32,而对角线32由第一平行四边形图案30的四角向外延伸一既定距离LA,而在优选实施例中,第一平行四边形图案30为空心菱形图案,例如一空心正方形图案,优选边长介于2-3mm。 3A, the first pattern comprises a first pattern 30 thereto a parallelogram diagonals 32, and diagonal 32 extends a predetermined distance LA from the four corners of the first parallelogram pattern 30 outwardly, preferably in embodiment, a first parallelogram pattern 30 as a hollow diamond pattern, such as a hollow square pattern, long side preferably between 2-3mm.

如图4A所示,第二图案中包括第二平行四边形图案40,其形状与第一平行四边形图案30相同,但大小不同。 4A, the second pattern comprises a second parallelogram pattern 40, which is the same shape as the first parallelogram pattern 30, but different sizes. 在一实施例中,第二平行四边形图案40为实心正方形,但小于第一平行四边形图案30。 In one embodiment, the pattern 40 of the second parallelogram solid squares, the pattern 30 is smaller than the first parallelogram. 而在第二平行四边形图案40的四角向外延伸的对角线方向42上,以延伸的虚设对角线为中轴,设置多组对位刻度(Alignment Yardstick)。 And the diagonal direction extending outwardly in the four corners of a parallelogram second pattern 40 on 42, extending to the dummy is a diagonal axis, a plurality of sets of markers (Alignment Yardstick). 优选的对位刻度如图4A所示,呈两侧对称式线段组41设计,如以三三状相对的线段组,而线段的长度由外侧向对角线中轴递减,且位于对角线第一侧与第二侧线段的间距均相等而对称。 The preferred para-scale 4A, the line segment group form sides 41 symmetrical design, such as the line segment group to form opposing thirty-three, and length of a line descending from the outside to the diagonal axis, and is diagonally the first and second sides of the line segment are equal pitch symmetrically. 在优选实施例中,在第二平行四边形图案42的四角向外延伸的各对角线方向42上,均设置多组对称式线段组41,如图4A所示,每边延伸的对角线42上各以等距设置3组对称式线段组41。 In a preferred embodiment, the second diagonal direction in each of the four corners of a parallelogram pattern 42 extending outwardly 42, a plurality of sets are arranged symmetrical line segment group 41, shown in Figure 4A, a diagonal line extending on each side in each of the three sets of equidistant symmetrical line segment group 41 42. 而在对角线中点至延伸对角线42上一适当距离LB上,设置呈垂直T字型的线段43与44,其中线段43以距离LB设置于延伸对角线42上,而线段44与线段43互相垂直,而两相对的T字型间距离约为10至20mm。 And to the midpoint of the diagonal extension of diagonal line 42 in a suitable distance on LB, was disposed perpendicular to the T-shaped segment 43 and 44, wherein the line segment 43 extending at a distance LB disposed on a diagonal line 42, and line 44 line segment 43 perpendicular to each other, and between two opposing T-shape distance is about 10 to 20mm. 如图4A图所示,在该T字型与方形图案间的延伸对角线方向上夹设多组对称式线段组41。 As shown in FIG. 4A, in the diagonal direction extending between the T-shaped with a plurality of sets interposed square pattern symmetrical line segment group 41. 而每一T字型与中央第二平行四边形图案的距离LB,应等长或略大于第一平行四边形图案的延伸对角线长度LA,详细配置则在以下迭合的图5A中详述。 Each T-shaped and the distance to the center of the second parallelogram pattern LB, should be equal or slightly greater than the length of the first parallelogram extending in a diagonal pattern LA, then the following detailed configuration congruent detailed in FIG 5A.

上述第一与第二图案可一并通过公知的电极工艺分别形成于等离子体显示器的前板与后板的相对位置上,但何者设于前板或后板则并无限制。 Said first and second electrode pattern may be formed by a process collectively known relative positions, respectively of a plasma display front plate and the rear plate, but what are provided on the front plate or the back plate is limited. 在一实施例中,乃在如前述图2A中所示的等离子体显示器的前板F与后板上R的四边非显示区域角落上,分别对应设置的第一与第二图案,而每组对位图案(是指由第一与第二图案迭合而成的图案)优选的大小约为10~20厘米见方。 In one embodiment, is the front plate of the plasma display shown in FIG. 2A in the four sides on the rear plate R F non-display area on the corner, the second pattern correspond to the first set, and each the size of the bit patterns (refer to a first and a second pattern formed by superimposing pattern) is preferably from about 10 to 20 cm square. 当以人工方式或以对准机台进行前板F与后板R迭合对准时,可将在前板F上的空心正方形图案30与后板R上实心正方形图案40,以中心点互相迭对,使其呈同心状,而使空心正方形图案30与实心正方形图案40呈互相迭对,形成如图5A的迭对图案。 When manually or by machine for aligning the front plate and the rear plate R F congruent aligned, it may be a hollow square pattern F of the front plate and the rear plate 30 R 40 solid square pattern, the center point of overlapping with each other to make it concentrically, the open square and closed square pattern 30 overlap with each other to form a pattern 40, pattern forming Diego 5A of FIG. 当前板F与后板R迭对时,由于空心正方形30大于实心正方形40,因此其迭对后其四边边长与边长间的产生对位间隙(Alignment Interstices)为d1、d2、d3与d4。 Current time sheet F and the rear plate R stacked on, since the open squares 30 is greater than the solid squares 40, after which stacked to produce between the Fourth of Length of the side length of the bit interval (Alignment Interstices) is d1, d2, d3 and d4 . 而当d1=d2=d3=d4,则代表准确对准。 And when d1 = d2 = d3 = d4, it represents properly aligned. 而上述形状相同但大小不同的第一平行四边形图案与第二平行四边形图案之间可互为空心或实心方形,或均为空心方形,本发明并非以此为限。 And may be between the mutually same shape but different sizes of the first pattern and the second parallelogram parallelogram pattern square hollow or solid, open squares, or both, the present invention is not limited thereto.

仍参见图5A,除了方形图案间的对准外,还利用第一图案中的对角线32对准于第二图案中的对称式线段组41。 Still referring to Figure 5A, in addition to the alignment between the square pattern, but also with the first pattern 32 aligned with the diagonal pattern of the second segment group 41 symmetric. 将四条延伸对角线32分别对准于图4A中呈两侧对称式线段组41的中轴位置,当两侧的最内侧线段与对角线32的距离d5与d6相等时,则其对位间隙相等,确保两图案间准确对准。 The four diagonal lines 32 are aligned in the extension of FIG. 4A in the form of bilateral symmetry axis position of the line segment group of formula 41, when the innermost sides of the diagonal line segment distance d5 and d6 is equal to 32, then its is equal to the gap position, to ensure accurate alignment of patterns between the two. 如图5A所示,图中呈三三相对、作为对位刻度(Alignment Yardstick)的对称式线段组41,由于其对称式、规则化、由外至内、由长至短渐缩式的设计,可以有效提高以人工或机器迭对的分辨率,加快迭对的效率。 5A, FIG thirty-three was relatively, as a group of markers (Alignment Yardstick) is symmetrical line group 41, because of its symmetrical, regularization, from outside to inside, from long to short tapered design of the formula can effectively improve the machine manually or stacked on the resolution, speed up the efficiency of Diego's.

仍参见图5A,第一图案中的对角线32与第二图案中设置在对角线延伸方向终端,由线段43与44构成的T字型图案,可以作为第一与第二图案之间的对向对位(Faced Alignment)标准,通过将对角线32与线段43调整至同一水平线,构成一直线,则可确保两个图案间的迭对精度。 Still referring to Figure 5A, a first pattern and a second diagonal line 32 between the first pattern and the second pattern are disposed diagonally extending direction of the terminal, T-shaped pattern composed of line segments 43 and 44, as of the alignment (Faced alignment) standard, to the same level by adjusting the diagonal line segments 32 and 43, constituting a straight line, can be secured between the two patterns Diego accuracy. 而T字型图案中的垂直于线段43与对角线32的线段44亦有助于增加对准过程中的辨识效果。 T-shaped pattern and the vertical line segment 43 in line 44 and 32 also help to increase the diagonal recognition results of the alignment process. 而为了达到优选的对向对位效果,第二图案的T字型图案中的线段43与方形图案对角线中心交叉点间的距离LB应大致等长或略长于第一图案的对角线32由对角线中心交叉点向外延伸的长度LA。 In order to achieve the preferred alignment effect, the distance LB between the T-shaped line pattern of the second pattern in the diagonal cross point 43 and the center of a square pattern should be substantially equal or slightly longer than the first diagonal pattern 32 extending outwardly from the intersections of the center diagonal length LA.

综上所述,在等离子体显示器的前板与后板的对应位置上,分别设置上述第一图案与第二图案后,则前板与后板迭对时,可根据中央的第一与第二平行四边形图案30与40与垂直与水平方向的延伸对角线32与对位刻度41间的迭对,准确的校准两面板间的水平与垂直位置,而线段长度逐渐递减的线段组41则有助于提高对位分辨率,因此无论是以人力或对准机台进行面板迭对,均可有效增进面板的迭对效率与精度。 In summary, in the corresponding position of the front plate of a plasma display panel on the rear, are provided above the first pattern and the second pattern, when the front plate and the rear plate stacked pairs, according to the first and the second central two parallelogram patterns 30 and 40 and extending perpendicular to the horizontal direction and a diagonal of 32 horizontal and vertical position between the stacked position of the scale 41, accurate calibration of the two panels, gradually decreasing the length of the line segment group 41 help to improve bit resolution, so whether it is human or machine aligned to a panel Diego, Diego can effectively enhance panel efficiency and accuracy. 而第二图案终端中的T字型图案,则更提供与第一图案中对角线32的对向对位依据。 And the second terminal of the T-shaped patterns a pattern, even more providing a first pattern according to a diagonal of 32 bits.

实施例二以下参见图3B、4B与5B说明根据本发明的另一实施例中的一组对位图案。 According to a second embodiment below with reference to FIG. 3B, 4B and 5B illustrate a set of alignment patterns according to another embodiment of the present invention. 该组对位图案包括类似图3A所示的第一图案,而另外搭配如图4B所示的第二图案,分别设置于组合成一等离子体显示器的前板与后板上。 The set of alignment with the pattern shown in FIG. 4B further comprises a second pattern of the first pattern similar to that shown FIGS. 3A, and, in the composition are provided to a plasma display front plate and the rear plate. 优选者是在前板与后板上,属于非显示区域的四边角落上分别设置第一与第二对位图案。 Preferably by a front plate and the rear plate, belonging to the non-display are provided first and second alignment patterns on the four sides of the corner region. 同样的,第一或第二图案何者设置于前板或后板并无限制。 Similarly, the first or the second pattern is provided on whichever of the front plate or the back plate is not limited.

第一图案如图3B所示,包括第一平行四边形图案30与其对角线32,而对角线32均由第一平行四边形图案30的四角向外延伸一既定距离LA,而在优选实施例中,第一平行四边形图案30为空心菱形图案,例如空心正方形,边长介于2-3mm。 3B, the first pattern comprising a first pattern 30 and its diagonal parallelogram 32, 32 and the diagonal corners of the first parallelogram pattern 30 extends outwardly by a predetermined distance LA, and in the preferred embodiment first parallelogram pattern 30 as a hollow diamond pattern, such as a hollow square with a side length of between 2-3mm. 而在一优选实施例中,除了延伸距离LA的实设对角线32外,在其四端延伸方向还各设置一组呈三三相对、而线段的长度由外侧向对角线中轴递减,且两侧线段间距均相等而对称的对称式线段组31,以作为对位刻度(Alignment Yardstick)。 In a preferred embodiment, except that the solid is provided extending from the diagonal LA 32, the four-terminal extension direction thereof is provided in each group was further thirty-three hand, the length of a line descending from the outside to the diagonal axis , and the pitch line on both sides are equal and symmetrical symmetry line segment group 31, as the scale of the bit (alignment Yardstick).

第二图案如图4B所示,其中包括第二平行四边形图案50。 4B, the second pattern, wherein the pattern 50 includes a second parallelogram. 在优选实施例中,第二平行四边形图案50与第一平行四边形图案30形状相同,但大小不同。 In a preferred embodiment, the second pattern 50 and the parallelogram 30 first parallelogram shape pattern the same, but different sizes. 在一实施例中,第二平行四边形图案50为实心正方形,但小于第一平行四边形图案30。 In one embodiment, the pattern 50 of the second parallelogram solid squares, the pattern 30 is smaller than the first parallelogram. 而上述形状相同但大小不同的第一平行四边形图案30与第二平行四边形图案50之间可互为空心或实心方形,或均为空心方形,本发明并非以此为限。 And they said the same shape but different sizes of the first pattern 30 and second parallelogram parallelogram pattern may be hollow or solid squares between each other 50, are hollow or square, the present invention is not limited thereto. 而在第二平行四边形图案50的四角向外延伸的对角线方向上,以延伸的虚设对角线52为中轴,设置多组对位刻度,如图4B所示,在虚设对角线52两侧分别等距对称放射状设置n条虚线,如各设置2条虚线56A与56B以及56A'与56B',与虚设对角线52间分别以夹角A与A'以及B与B',呈放射状排列。 And in the four corners of a second diagonal direction of the parallelogram pattern 50 extending outwardly to the dummy diagonally extending axis 52 is provided a plurality of sets of bit scale, shown in Figure 4B, the dummy diagonal 52 both sides are equally radially disposed symmetrically n dotted lines, each provided as two dashed lines 56A and 56B and 56A 'and 56B', respectively, and the dummy diagonal 52 at an angle A and A 'and B and B', radially arranged. 而在对角线交叉中点往延伸对角线52上一适当距离LC终端上,设置呈垂直T字型的线段53与54,其中线段53以距离LB设置于延伸对角线52上,而线段54与线段53互相垂直,而两相对的T字型间距离约为10至20mm。 In the diagonal intersecting the midpoint of the diagonal line extends 52 to a suitable distance LC terminal was disposed perpendicular to the T-shaped segment 53 and 54, wherein the line segment 53 extending at a distance LB disposed on a diagonal line 52, and line segment 54 and the segment 53 perpendicular to each other, and between two opposing T-shape distance is about 10 to 20mm. 而每一T字型与中央第二平行四边形图案之距离LC,应等长或略大于第一平行四边形图案的延伸对角线长度LA,详细配置则在以下迭合的图5B中详述。 Each T-shaped and the distance LC to the center of the second pattern of the parallelogram should be equal or slightly greater than the length of the first parallelogram extending in a diagonal pattern LA, then the following detailed configuration congruent detailed in FIG 5B.

上述第一与第二图案可一并通过公知的电极工艺分别形成于等离子体显示器的前板与后板的相对位置上,但何者设于前板或后板则并无限制。 Said first and second electrode pattern may be formed by a process collectively known relative positions, respectively of a plasma display front plate and the rear plate, but what are provided on the front plate or the back plate is limited. 在一实施例中,在如前述图2A中所示的等离子体显示器的前板F与后板上R的四边非显示区域角落上,分别对应设置的第一与第二图案,而每组对位图案(是指由第一与第二图案迭合而成的图案)优选的大小约为10~20厘米见方。 In one embodiment, the four sides of the front plate of the R F and the rear panel of the plasma display shown in FIG. 2A in the corner of the non-display area, the second pattern correspond to the first set, and each of bit patterns (refer to a first and a second pattern formed by superimposing pattern) is preferably a size of about 10 to 20 cm square. 当以人工方式或以对准机台进行前板F与后板R迭合对准时,可将在前板F上的空心正方形图案30与后板R上实心正方形图案50,以中心点互相迭对,使其呈同心状,而使空心正方形图案30与实心正方形图案50呈互相迭对,形成如图5B的迭对图案。 When manually or by machine for aligning the front plate and the rear plate R F congruent aligned, it may be a hollow square pattern F of the front plate and the rear plate 30 R 50 solid square pattern, the center point of overlapping with each other to make it concentrically, the open square and closed square pattern 30 overlap with each other to form a pattern 50, pattern forming Diego 5B of FIG. 当前板F与后板R迭对时,由于空心正方形30大于实心正方形40,因此其迭对后其四边边长与边长间的产生对位间隙(Alignment Interstices)为d1、d2、d3与d4。 Current time sheet F and the rear plate R stacked on, since the open squares 30 is greater than the solid squares 40, after which stacked to produce between the Fourth of Length of the side length of the bit interval (Alignment Interstices) is d1, d2, d3 and d4 . 而当d1=d2=d3=d4,则代表准确对准。 And when d1 = d2 = d3 = d4, it represents properly aligned. 而上述形状相同但大小不同的第一平行四边形图案与第二平行四边形图案之间可互为空心或实心方形,或均为空心方形,本发明并非以此为限。 And may be between the mutually same shape but different sizes of the first pattern and the second parallelogram parallelogram pattern square hollow or solid, open squares, or both, the present invention is not limited thereto.

仍参见图5B,虚线56A与56B以及56A'与56B',与对角线32间的相对关系则可形成对位刻度(Alignment Yardstick)。 Referring still to Figure 5B, a broken line 56A and 56B and 56A 'and 56B', the relative relationship 32 may be formed on the diagonal line of markers (Alignment Yardstick). 由于虚线56A与56B以及56A'与56B'呈对称放射状排列因此将对角线32对准于该等虚线的中轴时,校准其与对角线32间的距离为IA=IA'与IB=IB'而作为对准依据。 Since the broken line 56B, and 56A and 56A 'and 56B' are arranged radially symmetrical so when the diagonal axis aligned to those of the broken line, the calibration 32 which is a diagonal distance 32 IA = IA 'and IB = IB 'as a basis for the alignment. 一般而言,由于呈放射状设置,在外侧形成放大效果,可提高其外侧辨识的容易度,也更容易判别对准误差。 In general, since the radially disposed, is formed on the outside of amplification effect, can improve the ease of identification of the outside, and easier alignment error is determined.

再参见图5B,第一图案中的对角线32与第二图案中设置在对角线延伸方向终端,由线段53与54构成的T字型图案,可以作为第一与第二图案之间的对向对位(Faced Alignment)标准,通过将对角线32与线段53调整至同一水平线,构成一直线,则可确保两个图案间的迭对精度。 Referring again to Figure 5B, the first diagonal pattern 32 and second pattern disposed between the diagonally extending direction of the terminal, by the lines 53 and 54 T-shaped pattern composed of, as the first and second pattern of the alignment (Faced alignment) standard, to the same level by adjusting the diagonal line segments 32 and 53, constituting a straight line, can be secured between the two patterns Diego accuracy. 而T字型图案中的垂直于线段53与对角线32的线段54亦有助于增加对准过程中的辨识效果。 T-shaped pattern and the vertical line segment 53 in line 54 and 32 also help to increase the diagonal recognition results of the alignment process. 而为了达到优选的对向对位效果,第二图案的T字型图案中的线段53与方形图案对角线中心交叉点间的距离LC应大致等长或略长于第一图案之对角线32由对角线中心交叉点向外延伸的长度LA。 In order to achieve the preferred alignment effect, the distance LC between the center line 53 and the diagonal cross point T-shaped pattern square pattern in the second pattern to be substantially as long as or slightly longer than the diagonal of the first pattern 32 extending outwardly from the intersections of the center diagonal length LA.

而在优选实施例中,第一图案对角线32的四个终端所设置的对称式线段组31,可以作为第二图案中的线段53的对位刻度(Alignment Yardstick),提高其对准效率。 In a preferred embodiment, the first line segment group symmetric four diagonal pattern 32 of the terminal 31 provided, as a second line of the bit pattern of the scale 53 (Alignment Yardstick), which enhance the alignment efficiency .

由于等离子体显示器的面板尺寸日益增大,为了准确迭合前后面板,以形成发光单元,因此对位精度成为工艺良率的改进重点。 Since the plasma display panel size is increasing, in order to accurately superimposing front and rear panels to form a light emitting unit, and therefore the positioning accuracy has become the focus of improvement of process yield. 而本发明中的对位图案,乃通过对位刻度(Alignment Yardstick)、对位间隙(AlignmentInterstices)与对向对位(Faced Alignment)等设计,有助于提升大尺寸面板间的对位准确度并加速其对准速度以提升对位效率,即使前后面板的单元结构在制造中产生些许变形误差,通过本发明的垂直水平的延伸状对角线设计与对位间隙的配置,亦可在迭对过程中沿水平与垂直方向做适当的校正调整,以减少等离子体发光单元的空间误差率,提高等离子体显示器的对位组装(Assembly)成品率。 In the present invention, the alignment patterns, is the accuracy of alignment between the large-size panel by bit scale (Alignment Yardstick), para-gaps (AlignmentInterstices) and the opposing alignment (Faced Alignment) like design, help to improve the aligned and accelerate the speed to improve the efficiency of the bit, even when the front and rear panels of the cell structure produced slight deformation error in manufacturing, the present invention by vertically extending horizontal diagonal shaped design and configuration of the gap position, also in the Diego make the appropriate adjustments to the correction process in the horizontal and vertical directions, to reduce the space plasma emission unit error rate, improve the plasma display panel alignment assembly (assembly) yield.

虽然本发明以优选实施例揭露如上,然其并非用以限定本发明,任何本领域技术人员,在不脱离本发明的精神和范围内,当可做些许更动与润饰,因此本发明的保护范围当以所附的权利要求书所限定的为准。 Although the preferred embodiments of the present invention disclosed above, they are not intended to limit the present invention, anyone skilled in the art, without departing from the spirit and scope of the present invention, can still make modifications and variations of the present invention is therefore protected when the scope of rights defined by the appended claims and their equivalents.

Claims (32)

1.一组对位图案,用于一平面显示器的面板迭对,包括:一第一图案,包括一第一平行四边形图案与其对角线,且该对角线由该第一平行四边形图案的四角向外延伸;以及一第二图案,包括:一第二平行四边形图案,与该第一平行四边形图案形状相同而大小相异;以及多组对称线段组,平行设置于该第二平行四边形图案的四角向外延伸的对角线方向两侧,使该第二平行四边形图案延伸的对角线方向位于该线段组的中心位置;其中,该第一与第二图案分别设置于组成该平面显示器的一第一面板与一第二面板的相对位置上,当该第一与第二面板迭对时,该第一与第二平行四边形图案互相迭对,而该第一平行四边形图案的对角线迭合于该第二图案的对称线段组的中心位置。 1. A set of alignment pattern, for a flat display panel of laminated, comprising: a first pattern comprising a first pattern parallelogram its diagonal, and the diagonal of the first parallelogram pattern corners extending outwardly; and a second pattern, comprising: a second parallelogram pattern, the same pattern of the first parallelogram shape and size different; and a plurality set of symmetrical segments group, disposed parallel to the second parallelogram pattern both corners in the diagonal direction extending outwardly of the second diagonal direction of the parallelogram extending centrally located pattern of the line segment group; wherein the first and second patterns are disposed in the flat panel display consisting of a first panel and a second panel opposite the position when the first and second pair of overlapping panels, the first and second parallelogram patterns laminated on each other, and the first diagonal of the parallelogram pattern line congruent to the central position of the second pattern is symmetrical line segment groups.
2.根据权利要求1所述的对位图案,其中该第一与第二平行四边形图案其中之一为实心方形,而另一为空心方形,且该空心方形大于该实心方形,当该第一与第二面板迭对时,以该空心方形与该实心方形的中心点互相迭合。 The bit pattern of claim 1, wherein one of the first and second patterns wherein the parallelogram is filled squares, open square and the other is, is larger than the open squares and the closed squares, when the first when the second panel stacked pair, and the open squares with a center point of the solid squares congruent with each other.
3.根据权利要求1所述的对位图案,其中该第一与第二平行四边形图案均为菱形。 According to claim 1 for the bit pattern, wherein the first and second patterns are diamond shaped parallelogram.
4.根据权利要求1所述的对位图案,其中该对称线段组的线段长度由外侧向中央对角线递减。 According to claim 1 for the bit pattern, wherein the length of the line segment group symmetrically decreasing from the outside to the central diagonal.
5.根据权利要求4所述的对位图案,其中该第二平行四边形图案的四角向外延伸的四条对角线方向上各设置三组该对称线段组。 The bit pattern of claim 4, wherein each of the three sets of four groups on the symmetrical line of the second diagonal direction of the four corners of the parallelogram pattern extending outwardly.
6.根据权利要求1所述的对位图案,其中该第二平行四边形图案向外延伸的该四条对角线方向底端,在该对称线段组的外侧,还设有T字型线段。 The bit pattern of claim 1, wherein the bottom end of the second diagonal direction four parallelogram pattern extending outwardly at the outer side of the symmetry line segment group, is also a T-shaped segment.
7.根据权利要求6所述的对位图案,其中每两相对的T字型线段间约距离10至20mm。 7. alignment pattern according to claim 6, wherein between every two opposing T-shaped segment 10 to a distance of about 20mm.
8.一组对位图案,用于一平面显示器的面板迭对,包括:一第一图案,包括一第一平行四边形图案与其对角线,且该对角线由该第一平行四边形图案的四角向外延伸;以及一第二图案,包括:一第二平行四边形图案,与该第一平行四边行图案形状相同而大小相异;以及多条虚线,呈对称式放射状设置于该第二平行四边形图案的四角向外延伸的对角线方向两侧;其中,该第一与第二图案分别设置于组成该平面显示器的一第一面板与一第二面板的相对位置上,当该第一与第二面板迭对时,该第一与第二平行四边形图案互相迭对,而该第一平行四边形图案的对角线迭合于该第二图案的该对称式虚线的中心位置。 8. The set of alignment pattern, for a flat display panel of laminated, comprising: a first pattern comprising a first pattern parallelogram its diagonal, and the diagonal of the first parallelogram pattern corners extending outwardly; and a second pattern, comprising: a second parallelogram pattern, the same pattern of the first parallelogram shape and size different; and a plurality of dashed lines, disposed radially symmetrical formula parallel to the second both corners in the diagonal direction outwardly extending quadrangular pattern; wherein the first and second patterns are disposed at a position opposite to the flat display composed of a first panel and a second panel, the first when the and a second panel laminated pair of the first and second parallelogram pattern overlap with each other pair and the diagonal of the first parallelogram pattern is congruent to the center position of the broken lines of the second symmetric pattern.
9.根据权利要求8所述的对位图案,其中该第一与第二平行四边形图案其中之一为实心方形,而另一为空心方形,且该空心方形大于该实心方形,当该第一与第二面板迭对时,以该空心方形与该实心方形的中心点互相迭合。 According to claim 8, said pattern of bits, wherein one of the first and second patterns wherein the parallelogram is filled squares, open square and the other is, is larger than the open squares and the closed squares, when the first when the second panel stacked pair, and the open squares with a center point of the solid squares congruent with each other.
10.根据权利要求8所述的对位图案,其中该第一与第二平行四边形图案为菱形。 10. The bit pattern of claim 8, wherein the first and second parallelogram rhomboid pattern.
11.根据权利要求8所述的对位图案,其中该第二平行四边形图案向外延伸的该四条对角线方向底端,还设有T字型线段。 11. The bit pattern of claim 8, wherein the bottom end of the second parallelogram pattern extending outwardly of the four diagonal direction, also has a T-shaped segment.
12.根据权利要求11所述的对位图案,其中每两相对的T字型线段间约距离10至20mm。 12. The bit patterns of claim 11, wherein between every two opposing T-shaped segment 10 to a distance of about 20mm.
13.根据权利要求11所述的对位图案,其中该第一图案中更包括多组对称线段组,平行设置于该第一平行四边形图案的延伸对角线外侧,使该第一平行四边形图案延伸的对角线方向位于该对称式线段组的中心位置。 13. The bit patterns of claim 11, wherein the first pattern further includes a plurality of sets of line segment group symmetrical, parallel arranged outside the first parallelogram extending in a diagonal pattern, so that the first parallelogram pattern extending in a diagonal direction in the center position of the symmetric line segment groups.
14.根据权利要求13所述的对位图案,其中对称线段组的线段长度由外侧向中央对角线递减。 14. The bit pattern of claim 13, wherein the length of the line of symmetry of the line segment group decreased from the outside to the central diagonal.
15.一组平面显示器面板,包括第一面板与第二面板,该第一与第二面板上设置至少一组对位图案,该组对位图案包括:一第一图案,包括一第一平行四边形图案与其对角线,且该对角线由该第一平行四边形图案之四角向外延伸;以及一第二图案,包括:一第二平行四边形图案,与该第一平行四边行图案形状相同而大小相异;以及多组对称线段组,平行设置于该第二平行四边形图案的四角向外延伸的对角线方向两侧,使该第二平行四边形图案延伸的对角线方向位于该线段组的中心位置;其中,该第一与第二图案分别设置于组成该平面显示器的该第一与第二面板的相对位置上,当该第一与第二面板迭对时,该第一与第二平行四边形图案互相迭对,而该第一平行四边形图案的对角线迭合于该第二图案的对称线段组的中心位置。 15. A set of flat panel displays, comprising a first panel and a second panel, the first panel disposed on a second set of at least one alignment mark, the alignment mark set comprising: a first pattern comprising a first parallel its diagonal quadrilateral pattern, and the first diagonal line extending from the four corners of the parallelogram pattern outward; and a second pattern, comprising: a second parallelogram pattern identical to the pattern shape of the first parallelogram while different size; and a plurality of sets of line segment group symmetry, arranged parallel to the second diagonal direction of the four corners of a parallelogram pattern extending outwardly on both sides of the second diagonal direction of the parallelogram pattern located extending the line segment the center position of the group; wherein the first and second patterns are disposed in the first relative position and the second panel of the flat panel display on the composition, when the first and the second panel laminated pair of the first and the second pattern is a parallelogram stacked against each other, and the first diagonal of the parallelogram pattern is congruent to the center position of the second pattern is symmetrical line segment groups.
16.根据权利要求15所述的一组平面显示器面板,其中该第一面板与第二面板的四边角落上,分别对应设置该对位图案。 16. The set of claim 15, the flat display panel, wherein the first panel and the second panel 4 sides, respectively provided corresponding to the pair of bit pattern.
17.根据权利要求15所述的一组平面显示器面板,其中该第一与第二面板适用于等离子体显示器。 17. The set of claim 15, the flat display panel, wherein the first and the second panel suitable for a plasma display.
18.根据权利要求15所述的一组平面显示器面板,其中该第一与第二平行四边形图案其中之一为实心方形,而另一为空心方形,且该空心方形大于该实心方形,当该第一与第二面板迭对时,以该空心方形与该实心方形的中心点互相迭合。 18. The set of claim 15, the flat display panel, wherein one of the first and second patterns wherein the parallelogram is filled squares, open square and the other is, is larger than the open squares and the closed squares, when the when the first and second panels stacked pair, and the open squares with a center point of the solid squares congruent with each other.
19.根据权利要求15所述的一组平面显示器面板,其中该第一与第二平行四边形图案为菱形。 19. The set of claim 15, the flat display panel, wherein the first and second parallelogram rhomboid pattern.
20.根据权利要求15所述的一组平面显示器面板,其中该对称线段组的线段长度由外侧向中央对角线递减。 Claim 20. The flat display panel according to a set of 15, wherein the length of the line segment group symmetrically decreasing from the outside to the central diagonal.
21.根据权利要求15所述的一组平面显示器面板,其中该第二平行四边形图案的四角向外延伸的四条对角线方向上各设置三组该对称线段组。 21. The set of flat display panel according to claim 15, wherein each of the three sets of four groups on the symmetrical line of the second diagonal direction of the four corners of the parallelogram pattern extending outwardly.
22.根据权利要求15所述的一组平面显示器面板,其中该第二平行四边形图案向外延伸的该四条对角线方向底端,在该对称线段组的外侧,还设有T字型线段。 22. The set of claim 15, the flat display panel, wherein the bottom end of the second diagonal direction four parallelogram pattern extending outwardly at the outer side of the symmetry line segment group, is also a T-shaped segment .
23.根据权利要求22所述的一组平面显示器面板,其中每该两相对的T字型线段间约距离10至20mm。 23. The set of claim 22, the flat display panel, wherein between each of the two opposing T-shaped segment 10 to a distance of about 20mm.
24.一组平面显示器面板,包括第一面板与第二面板,该第一与第二面板上设置至少一组对位图案,该组对位图案包括:一第一图案,包括一第一平行四边形图案与其对角线,且该对角线由该第一平行四边形图案的四角向外延伸;以及一第二图案,包括:一第二平行四边形图案,与该第一平行四边行图案形状相同而大小相异;以及多条虚线,呈对称式放射状设置于该第二平行四边形图案的四角向外延伸的对角线方向两侧;其中,该第一与第二图案分别设置于组成该平面显示器的该第一与第二面板的相对位置上,当该第一与第二面板迭对时,该第一与第二平行四边形图案互相迭对,而该第一平行四边形图案的对角线迭合于该第二图案的该对称式虚线的中心位置。 24. A set of flat panel displays, comprising a first panel and a second panel, the first panel disposed on a second set of at least one alignment mark, the alignment mark set comprising: a first pattern comprising a first parallel its diagonal quadrilateral pattern, and the first diagonal line extending from the four corners of the parallelogram pattern outward; and a second pattern, comprising: a second parallelogram pattern identical to the pattern shape of the first parallelogram while different size; and a plurality of broken lines, the direction diagonally symmetric radially disposed on the second pattern of the four corners of the parallelogram extending outwardly on both sides; wherein the first and second patterns are disposed in the plane of the composition the first relative position of the display on the second panel, when the first and second pair of overlapping panels, the first and second parallelogram patterns laminated on each other, and the first diagonal of the parallelogram pattern congruent to the center position of the second pattern is symmetrical broken line.
25.根据权利要求24所述的一组平面显示器面板,其中该第一面板与第二面板的四边角落上,分别对应设置该组对位图案。 25. The set of claim 24, said flat display panel, wherein the first panel and the second panel on the four sides of the corner, provided the corresponding set of alignment patterns.
26.根据权利要求24所述的一组平面显示器面板,其中该第一与第二面板适用于等离子体显示器。 26. The set of claim 24, the flat display panel, wherein the first and the second panel suitable for a plasma display.
27.根据权利要求24所述的一组平面显示器面板,其中该第一与第二平行四边形图案其中之一为实心方形,而另一为空心方形,且该空心方形大于该实心方形,当该第一与第二面板迭对时,以该空心方形与该实心方形的中心点互相迭合。 27. The set of claim 24, the flat display panel, wherein one of the first and second patterns wherein the parallelogram is filled squares, open square and the other is, is larger than the open squares and the closed squares, when the when the first and second panels stacked pair, and the open squares with a center point of the solid squares congruent with each other.
28.根据权利要求24所述的一组平面显示器面板,其中该第一与第二平行四边形图案为菱形。 28. A set according to claim 24, the flat display panel, wherein the first and second parallelogram rhomboid pattern.
29.根据权利要求24所述的一组平面显示器面板,其中该第二平行四边形图案向外延伸的该四条对角线方向底端,还设有T字型线段。 29. A set according to claim 24, the flat display panel, wherein the bottom end of the second parallelogram pattern extending outwardly of the four diagonal direction, also has a T-shaped segment.
30.根据权利要求29所述的一组平面显示器面板,其中每两相对的T字型线段间约距离10至20mm。 30. A set according to claim flat display panel of claim 29, wherein between every two opposing T-shaped line segment distance of about 10 to 20mm.
31.根据权利要求24所述的一组平面显示器面板,其中该第一图案中还包括多组对称线段组,平行设置于该第一平行四边形图案的延伸对角线外侧,使该第一平行四边形图案延伸的对角线方向位于该对称式线段组的中心位置。 31. The set of claim 24, the flat display panel, wherein the first pattern further includes a plurality of sets of line segment group symmetrical, parallel arranged outside the first parallelogram extending in a diagonal pattern, so that the first parallel quadrangular pattern extending in a diagonal direction in the center position of the symmetric line segment groups.
32.根据权利要求31所述的一组平面显示器面板,其中对称线段组的线段长度由外侧向中央对角线递减。 32. A set according to claim flat panel display of claim 31, wherein the length of the line of symmetry of the line segment group decreased from the outside to the central diagonal.
CNB2003101131581A 2003-12-25 2003-12-25 Aligning pattern and plane display panel including said aligning pattern CN1333420C (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNB2003101131581A CN1333420C (en) 2003-12-25 2003-12-25 Aligning pattern and plane display panel including said aligning pattern

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNB2003101131581A CN1333420C (en) 2003-12-25 2003-12-25 Aligning pattern and plane display panel including said aligning pattern

Publications (2)

Publication Number Publication Date
CN1555079A CN1555079A (en) 2004-12-15
CN1333420C true CN1333420C (en) 2007-08-22

Family

ID=34336792

Family Applications (1)

Application Number Title Priority Date Filing Date
CNB2003101131581A CN1333420C (en) 2003-12-25 2003-12-25 Aligning pattern and plane display panel including said aligning pattern

Country Status (1)

Country Link
CN (1) CN1333420C (en)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100461984C (en) 2005-09-30 2009-02-11 友达光电股份有限公司 Circuit assembling structure
KR101403809B1 (en) * 2010-01-15 2014-06-03 샤프 가부시키가이샤 Liquid crystal display device and method for manufacturing same

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH1115395A (en) * 1997-06-19 1999-01-22 Nec Corp Method for positioning substrate
JP2000340112A (en) * 1999-05-28 2000-12-08 Canon Inc Manufacture of image display device
CN1307728A (en) * 1998-04-28 2001-08-08 松下电器产业株式会社 Plasma display panel and method for manufacturing the same
JP2001328234A (en) * 2000-05-18 2001-11-27 Mitsubishi Electric Corp Screen mask, method for manufacturing base plate, base plate, flat panel display, and flat panel display device
JP2002072507A (en) * 2000-08-29 2002-03-12 Matsushita Electric Ind Co Ltd Method for forming pattern, method for manufacturing plasma display panel, the plasma display panel and plasma display device

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH1115395A (en) * 1997-06-19 1999-01-22 Nec Corp Method for positioning substrate
CN1307728A (en) * 1998-04-28 2001-08-08 松下电器产业株式会社 Plasma display panel and method for manufacturing the same
JP2000340112A (en) * 1999-05-28 2000-12-08 Canon Inc Manufacture of image display device
JP2001328234A (en) * 2000-05-18 2001-11-27 Mitsubishi Electric Corp Screen mask, method for manufacturing base plate, base plate, flat panel display, and flat panel display device
JP2002072507A (en) * 2000-08-29 2002-03-12 Matsushita Electric Ind Co Ltd Method for forming pattern, method for manufacturing plasma display panel, the plasma display panel and plasma display device

Also Published As

Publication number Publication date
CN1555079A (en) 2004-12-15

Similar Documents

Publication Publication Date Title
US6670754B1 (en) Gas discharge display and method for producing the same
US7453206B2 (en) Plasma display panel and method for increasing charge capacity of a display cell
US6713959B1 (en) Plasma display panel and method for producing the same
US6608441B2 (en) Plasma display panel and method for manufacturing the same
CN100479084C (en) A plasma display panel
US7663316B2 (en) Plasma display panel having barrier ribs with black matrix
US7973477B2 (en) Plasma display panel having a phosphor layer that is at least partly covered with a material higher in secondary electron emission and production method therefore
KR100807942B1 (en) Plasma display panel and production method therefor
US20050093444A1 (en) Plasma display panel
US20040113555A1 (en) Plasma display panel without transparent electrode
CN1327471C (en) Plasma display panel
JP4020616B2 (en) Plasma display panel and manufacturing method thereof
KR100547309B1 (en) Plasma display device
US6657396B2 (en) Alternating current driven type plasma display device and method for production thereof
US20060132039A1 (en) Gas discharge panel, gas discharge device, and related methods of manufacture
KR100612358B1 (en) Plasma display panel
JP2003132805A (en) Plasma display device
KR20000056653A (en) Plasma Display Panel having Floating electrode
EP1195790A2 (en) Plasma display panel
US6400081B1 (en) Position alignment structure for plasma display panel
US6157128A (en) Plasma display panel having comb shaped electrode with teeth of specific pitch
KR20010093695A (en) Alternating current driven type plasma display
US7259516B2 (en) Alignment structure for plasma display panel
CN1694214A (en) A plasma display panel
CN1691257A (en) Plasma display panel and method of manufacturing the same

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
EXPY Termination of patent right or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20070822

Termination date: 20151225