TWI277125B

TWI277125B - Self-adhesive side frame device for field emission display package, manufacturing method thereof and packaging method

Info

Publication number: TWI277125B
Application number: TW92121370A
Authority: TW
Inventors: Jen-Tzai Yang; Guo-Hua Chen; Jin-Shou Fang; Kuei-Wen Jeng
Original assignee: Teco Nanotech Co Ltd
Priority date: 2003-08-05
Filing date: 2003-08-05
Publication date: 2007-03-21
Also published as: TW200507008A

Abstract

A kind of self-adhesive side frame device for field emission display package, a manufacturing method thereof and a packaging method are provided. The invented device can be designed as an independent element to be processed alone so that there is no need for the cathode plate and the anode plate to participate a pre-baking process. Moreover, the invented device provides a plural number of fixation side strips for the cathode plate and anode plate to use as false fixation positions upon positioning and sealing, in which the fixation side strips do not increase the ineffective region on the display. According to the invented device and the packaging method for the device, the manufacturing operability can be enhanced; manufacturing processes can be simplified, the offset can be improved and the number of high temperature sintering can be reduced. The invented device comprises a main body side frame installed with a cathode sealing face and an anode sealing face and fixation side strips extensionally installed on the outside surface of the main body side frame.

Description

12771251277125

[發明所屬之技術領域] 本發明係有關於一種用於性邊框裝置，由於本裝置可被製作’陰極板或陽極板可不必裝置亦提供覆數固定邊條可供定位置，此固定邊條並不會增本發明之裝置亦提供本裝置之製作之操作性，簡化製作程序高温燒結之次數等優點。 [先前技術] 場發射顯示器封裝之具自黏设計為獨立元件可單獨加工配合參與預烤製程，另，本陰、陽極板對位封著之假固加顯示器的無效區域，配合封装方法，依此方法可提高並可以改善偏移量外及簡化平面顯不器（FPD)種類包括場發射顯示器（fed)、液晶丨_ 顾二器（TFT-LCD)、電漿顯示器（PDP)、有機發光二極體顯不，（OELD)、液晶投影式顯示器等等，輕、薄是該等平面顯不器的共同特點，依照各該平面顯示器之不同特質，有些可應用於小尺寸面版如手機；有些則可應用於中、大型尺寸如電腦螢幕、電視螢幕；或應用於超大型尺寸如室外數位式看板。各種平面顯示器技術之發展，均是希望朝向兼具咼畫質、大晝面、並提高使用壽命等特性。一種新穎的奈米碳管場發射顯示器（CNT —FED)技術，其優越之顯示特性更有機會能同時兼具上述之各項特性。類似於第一圖，所謂的奈米碳管場發射顯示器，是基於場發射原理所製作出來的一種顯示器，其中機制乃藉由利用 + 電場將奈米碳管電子發射源1 〇 4尖端之電子吸引出，在真空環境下場發射電子受上玻璃基板1〇〇上之螢光粉10 2之正[Technical Field of the Invention] The present invention relates to a device for a bezel, which can be fabricated as a cathode plate or an anode plate, and can provide a fixed number of fixed side strips for a fixed position. The device of the present invention is not added, and the operability of the manufacture of the device is provided, and the number of times of high-temperature sintering of the production process is simplified. [Prior Art] The self-adhesive design of the field emission display package is a separate component that can be separately processed and participates in the pre-baking process. In addition, the inactive area of the false-solid display of the yin and anode plates is sealed, and the packaging method is used. According to this method, it is possible to improve and improve the off-scale and simplified planar display (FPD) types including field emission display (fed), liquid crystal display, TFT-LCD, plasma display (PDP), organic Light-emitting diode display, (OELD), liquid crystal projection display, etc., light and thin are the common features of these flat display, according to the different characteristics of each flat display, some can be applied to small size plates such as Mobile phones; some can be applied to medium and large sizes such as computer screens, TV screens; or for very large sizes such as outdoor digital signage. The development of various flat panel display technologies is expected to have the characteristics of 咼 image quality, large surface, and improved service life. A novel nano-carbon nanotube field emission display (CNT-FED) technology, which has superior display characteristics and has the opportunity to simultaneously combine the above characteristics. Similar to the first figure, the so-called nano-carbon nanotube field emission display is a display based on the principle of field emission, in which the mechanism is to use the + electric field to electronize the carbon nanotube electron emission source 1 〇 4 Attracted, in the vacuum environment, the field emission electrons are positively affected by the phosphor powder on the glass substrate 1

第5頁 1277125 五、發明說明（2) 電壓的吸引與加速，電子不斷累積本身之能量，撞擊對應之螢光粉1 02而發光。 ^ 真後，此就前述所謂之場發射顯示器，其中有關所謂的之空裱境，係賴以在陽極板1 2 0和陰極板1 2 2兩板之封裝、^並且抽真空，使陰極板與陽極板間有一真空區域型成，稱為封裝區11 2而成，而陰極板與陽極板間之真空封合 =109之真空度，則至少需達1〇 —6 T〇rr的壓力，才能使口場發射電子不受空間中殘留氣體之影響，以至發生電漿現象，降低發光效率，以及影響奈米碳管之壽命。 7 &，知之技藝，為了達成上述所謂的真空封裝之目 $二^作過程中需賴一種可高溫鍵結的玻璃膠材料，經 ^兩：人鬲溫過程，第一次稱為預烤35(rc〜4〇(rc，、 Ϊ膠機溶劑完全氣化，第二次稱為燒結440°C〜480 i：二u卩所谓的咼溫鍵結的玻璃膠材料，二’不過於此過程中，陰極板與揮陽發二？; 此發明人思考如何而可在^主其 1特性及品質，因 1 2 2等的經歷高溫製程次數此板1 2 0、陰極板第-圖為先前技藝—之V策緩所此干不之良特性之兆因。封裝之結構圖，大致分為陰之堪1種場發射顯示器合區109，螢光粉102沈積於上祐斑極板120、真空封躓於上玻璃基板1〇〇上，此整個結Page 5 1277125 V. Description of the invention (2) The attraction and acceleration of the voltage, the electrons continuously accumulate their own energy, and collide with the corresponding phosphor powder 102 to emit light. ^ After the truth, this is the so-called field emission display, in which the so-called air environment is based on the encapsulation of the anode plate 120 and the cathode plate 1 2 2, and vacuuming, so that the cathode plate A vacuum region is formed between the anode plate and the anode plate, which is called a package region 11 2 , and a vacuum seal between the cathode plate and the anode plate = 109 vacuum, at least a pressure of 1 〇 6 T rr is required. In order to make the electrons emitted from the mouth field not affected by the residual gas in the space, the plasma phenomenon occurs, the luminous efficiency is lowered, and the life of the carbon nanotubes is affected. 7 &, knowing the skill, in order to achieve the above-mentioned so-called vacuum packaging, the process of the two-dimensional process depends on a high-temperature bonding glass glue material, after two: the human temperature process, the first time called pre-bake 35 (rc~4〇(rc, , the solvent of the silicone machine is completely vaporized, the second time is called sintering 440 ° C ~ 480 i: two u 卩 so-called 咼 temperature bonded glass glue material, two 'but this In the process, the cathode plate and the yin yang hair two?; The inventor thinks about how to be in the main characteristics and quality of the main, because of the high temperature process of the 1 2 2, the number of the plate 1 2 0, the cathode plate - picture The previous technique--V measures the reason for the good characteristics of the dry. The structural diagram of the package is roughly divided into a field emission display area 109 of the Yinzhikan, and the phosphor powder 102 is deposited on the upper surface plate 120. Vacuum sealing on the upper glass substrate 1,, this whole knot

1277125 δ·、發明說明（3) ί ϊ 2 f陽極板120。而奈米碳管電子發射源ι〇4沈積在下板1 2^。： 1 1 〇作為電子發射來源，此整個結構稱作為陰極加以瞌。叫該技藝乃藉上下兩玻璃基板利用兩側玻璃邊條1 0 6 ^ ’讓兩玻璃基板間相隔一段距離，0. 5 mm〜2 璃邊條106的對位用記號是先利用黃光微影或雷你1 η 別於上玻璃基板1 0 0、下玻璃基板Π 0定出玻璃邊條1 0 6的位置。禧欲封裝過程中以塗佈玻璃膠108在上玻璃基板100之玻璃古、、W 1 〇 6之對位記號上，再放置玻璃邊條1 〇 6，經過第一次 =二預烤、’使玻璃邊條10 6黏著於上玻璃基板1 〇〇。再將玻 108塗佈在已固定之玻璃邊條106之未塗膠面之上一 _ ^ ’並再經過一次預熔，使玻璃膠丨〇 8内之有機溶劑氣化 L ’再將上玻璃基板1〇 0與下玻璃基板Π 0進行對位與及使種UV膠進行所謂的一種假固定，該假固定之目的在於持對位後之精度避免偏移，一般習知之假固定方式亦多才木以UV膠作為假固定的材料。假固定後再藉助一種夾具輔助，以箝制陰極板與陽極，，隨後以高溫進行燒結，在此過程中，先前預烤後固化 f坡璃膠將發生融熔，使上玻璃基板100、下玻璃基板 k 〇、玻璃邊條1 0 6相互接合，而UV膠則在此高溫下，產生 $化及分解’此分解釋出之成分往往也會對玻璃膠產生污 ς，所以一般於假固定之uv.膠合位置也會盡量遠離玻璃+ 完成上玻璃基板1〇〇、下玻璃基板11〇之封合後，即進1277125 δ·, invention description (3) ϊ 2 f anode plate 120. The carbon nanotube electron emission source ι〇4 is deposited on the lower plate 1 2^. : 1 1 〇 As a source of electron emission, this entire structure is referred to as a cathode. The technique is to use the upper and lower glass substrates to separate the two glass substrates by a distance of 1 0 6 ^ ' on both sides of the glass substrate. 0. 5 mm~2 The alignment mark of the edge strip 106 is to use yellow lithography or Lei you 1 η different from the upper glass substrate 1 0 0, the lower glass substrate Π 0 to determine the position of the glass edge strip 1 0 6 . In the encapsulation process, the glass glue 108 is applied on the glass plate of the upper glass substrate 100, and the alignment mark of W 1 〇6 is placed, and then the glass edge strip 1 〇6 is placed, after the first = two pre-bake, ' The glass strip 10 6 is adhered to the upper glass substrate 1 〇〇. Then, the glass 108 is coated on the uncoated surface of the fixed glass side strip 106 by a _ ^ ' and a pre-melting is performed to vaporize the organic solvent in the glass paste 8 and then the glass is applied. The substrate 1〇0 is aligned with the lower glass substrate Π 0 and the so-called pseudo-fixation is performed on the UV glue. The purpose of the dummy fixation is to avoid the offset after the alignment, and the conventional fixed fixing method is also versatile. Wood uses UV glue as a fake fixing material. After the dummy fixing, the cathode plate and the anode are clamped by means of a clamp, and then sintered at a high temperature. In the process, the previously pre-baked and cured f-glass paste will be melted to make the upper glass substrate 100 and the lower glass. The substrate k 〇, the glass edge strips 106 are joined to each other, and the UV glue is produced at this high temperature, which causes the decomposition and decomposition. The components explained by this point often also cause stains on the glass glue, so generally it is fixed. Uv. Gluing position will also be as far as possible from the glass + after finishing the upper glass substrate 1〇〇, the lower glass substrate 11〇, then enter

1277125 五、發明說明（4) 行真空抽氣並且密合，由於場發射顯示器之真空度要求達 10-6 Torr，所以在封合前會置入一種化學幫浦 (Chemical pump)之捕氣材料（Getter material)，增加抽氣速率及捕抓逸出及逸入之氣體，並用以延長高真空度之壽，。然此技藝一雖然可以達到真空之封裝目的，但仍存在許多待決之問題’例如封裝過程之夾具箝合後之燒結過程因玻璃膠10 8融合變形過程掌握不易，導致陰陽極板間之偏移難以掌控等。另’請參考第二圖及第三圖先前技藝二（台灣專利公告號5 2 0 5 2 0 )之封裝方式，則利用黃光微影或雷射刻痕之在上玻璃基板1 0 0與下玻璃基板11 0，分別做出對位 ==後’再分別以尚溫預烤方式，將一陽極板上門字條2 0 6先固著上玻璃基板1〇〇上之特定設計位置，另一門字型玻璃邊條204也固著於下玻璃基板110上之也S , L ί置，然後藉上玻璃基板10 0與下玻璃基板11 〇對位知；不將精密對/立銘、a 條204、20^3 = ^二假固定’並且於兩門字型玻璃邊封合方式中，^奪槽再填充玻璃膠，此方法可以改善傳統塗&不^ 降當玻璃邊條2 0 6與陽極板1 2 0間發生玻璃膠有均造成陰極：合燒結•會因玻璃·塗佈之高度不差，影響對4 、*、陽極板1 2 〇間之滑動偏移產生對位誤〇板箝5燒&;f f，可以改善先前技藝一假固定後陰陽極操作移問題，但仍有幾項技術尚未克服； ⑴·假目^_固著位置縮小：1277125 V. INSTRUCTIONS (4) Vacuum evacuation and tightness. Since the vacuum of the field emission display requires 10-6 Torr, a chemical pump gas trapping material is placed before sealing. (Getter material), which increases the pumping rate and catches the gas that escapes and escapes, and is used to extend the life of high vacuum. However, although this technique can achieve the purpose of vacuum packaging, there are still many problems to be solved. For example, the sintering process after the clamping of the packaging process is difficult to grasp due to the fusion process of the glass glue 108, resulting in a bias between the anode and cathode plates. It is difficult to control and so on. In addition, please refer to the second and third figures of the prior art 2 (Taiwan Patent Publication No. 5 2 0 5 2 0) packaging method, using yellow lithography or laser scoring on the upper glass substrate 100 and the lower glass The substrate 11 0 is respectively made to be aligned == after 'respectively, respectively, and the gate strips 206 on an anode plate are fixed to the specific design position on the glass substrate 1 ,, and the other font type is respectively pre-baked. The glass edge strip 204 is also fixed on the lower glass substrate 110, and is also disposed on the lower glass substrate 110, and then the glass substrate 10 and the lower glass substrate 11 are aligned; the precision pair / Li Ming, a strip 204, 20^3 = ^ two false fixed 'and in the two-finish glass edge sealing method, the groove is refilled with glass glue, this method can improve the traditional coating & not ^ drop when the glass edge strip 2 0 6 and the anode The glass glue produced in the plate 1 2 0 causes the cathode: the sintering will be due to the high height of the glass coating, affecting the sliding offset between the 4, *, and the anode plate 1 2 产生产生〇〇〇〇产生5 burning & ff, can improve the previous art a false fixed anode and cathode operation shift problem, but there are still several techniques have not been overcome ⑴ · ^ _ fake eye fixation position reduced:

1277125 五、發明說明（5) 陽極板1 2 0、陰極板1 2 2對位後必須型間之溝槽是預留用來填充玻璃膠，致邊條之封合區域面積擴大，有違一般產域大而減少無效邊或非可視區減小之商多餘之無效應用空間可以用來提供假固之位置。 (2 )·封裴對位次數增加，複雜度增加：由於各該門字型邊條必須先各別對 /120、陰極板122，之後陰陽極板再進行須要求對位後之兩門字型邊條之間隙保複雜度與困難度增加。 (3)·塗膠過程變得繁複：兩門字型邊條尺寸不同，因此各程’並且再增設一填充兩門字型間之溝程’所以塗膠之製程參數與設備成本相 2·陰極板122、陽極板12 0入高溫爐之次由於玻璃膠塗佈後必須經過預烤製 ^，溶劑充分氣化，然各該陰極板1 2 2 J展等材料於本製程後均於其上以圖覆多，於本封裝過程，在此高溫條件變得有道之鬲溫製程，對於陰陽極板上之材料本技藝使得陽極板120、陰極板122與捕增加一次預烤與一次燒結，製程風險增為此發明人乃設計一種用於場發射假固定，而兩門字使封裝區域及玻璃品之有效或可視區品要求，也致使無定之塗佈UV膠固著位再固著於陽極板對位及假固定，且持在等間距，因此 # 進行不同之塗槽是第三種塗對提高。數較多：程’才能將本 k陽極板1 2 0及種材料，這些所限制，因此選用則限制更氣材料以各須加。顯示器封裝之膠過膠過身之捕氣材料愈多多，各再具自1277125 V. Description of invention (5) Anode plate 1 2 0, cathode plate 1 2 2 After the alignment, the groove between the types must be reserved for filling the glass glue, resulting in an enlarged area of the sealing area of the edge strip, which is contrary to the general The inefficient application space that is large in the production area and reduces the ineffective or non-visible area reduction can be used to provide the location of the false solid. (2) · The number of registrations is increased, and the complexity is increased: Since each of the door type strips must first be paired with /120 and cathode plate 122, then the cathode and cathode plates are again subjected to two words after the alignment is required. The gap between the type of edge strips increases the complexity and difficulty. (3) · The glue coating process has become complicated: the size of the two-sided type edge strips is different, so each process 'and a new one is filled between the two gates', so the process parameters of the glue coating and the equipment cost are 2· After the cathode plate 122 and the anode plate 12 are placed in the high temperature furnace, the glass paste must be pre-baked after being coated, and the solvent is sufficiently vaporized, and then the cathode plate 1 2 2 J and other materials are in the process after the process. In the encapsulation process, in this packaging process, the high temperature condition becomes a good temperature process. For the material on the anode and cathode plates, the art makes the anode plate 120 and the cathode plate 122 increase and pre-bake and once-sintering. For the inventor, the inventor designed a kind of false-fixation for field emission, and the two words make the packaging area and the glass product effective or visible area requirements, and also cause the uncoated UV-adhesive position to be fixed. The anode plate is aligned and falsely fixed, and is held at equal intervals, so # different coating is the third coating improvement. The number is more: Cheng' can limit the nickel anode plate 1 2 0 and the materials, so the choice is to limit the gas materials to each. The more the gas-filled material in the display package, the more the gas-collecting material

第9頁 1277125 五、發明說明（6) 黏性邊框裝置，將可解決上述各項之技術瓶頸，下：雄藏述如 1 ·提高操作性：、（1 ).y藉一提供之固定之邊條402為UV膠進行假，並且在高溫燒結時，由於UV膠與玻璃膠1 〇 8間有^热定阻隔’ UV膠裂解時並不會污染到玻璃膠，進而造 ^ 逸氣。 a 1乳與 (2).本裝置之實施與安置可降低對於對為之及複雜度。 ^ ^ | ( 3 )·本裝置可為一獨立之元件製作加工，待該元件加工完成後，直接在陰極板122、陽極板12 0之對位過程中^ J ，可以省略陰極板122與陽極板120本身之塗膠作業^ 2 ·減少陰極板、陽極板1 2 0之高溫製程次數：本裝置藉可先以假固定使陰極板122、陽極板12〇附氣體材料先對位固著，直接實施一次進行壓合燒結製程。 3 ·可改善壓合後之偏移量：由於習知技藝之塗膠過程易因塗導致麼合過程會產生陰極板122、陽搞^二巧Ί將制，致使玻璃膠在高溫溶融時因壓人為機對滑動’丨：黏性邊框裝置於封裝u 克服因玻璃漿料圖佈不均所造成之偏移。十登性了 [發明内容] m 第10頁 1277125 五、發明說明（7) 有鐘於先前技藝二為解決先前技藝一卻有操作性難度過高以及延生出顯示器之盔 $徑，但 2巧，發明人因此設計一種具自黏性邊；裝置u諸Page 9 1277125 V. Description of invention (6) The viscous frame device will solve the technical bottleneck of the above items. The following: The saga of the saga is as follows: 1. Improve the operability: (1). The edge strip 402 is fake for the UV glue, and when sintered at a high temperature, since the UV glue and the glass glue 1 〇 8 have a heat-blocking 'UV glue cracking, it does not contaminate the glass glue, thereby creating a gas. a 1 milk and (2). The implementation and placement of the device can reduce the complexity and complexity. ^ ^ | (3) · The device can be fabricated and processed for a separate component. After the component is processed, directly in the alignment process between the cathode plate 122 and the anode plate 120, the cathode plate 122 and the anode can be omitted. The coating work of the plate 120 itself ^ 2 ·Reducing the number of high-temperature processes of the cathode plate and the anode plate 120: The device can be fixed by the pseudo-fixing first, and the gas materials of the cathode plate 122 and the anode plate 12 are firstly aligned. The press-sintering process is performed directly once. 3 · It can improve the offset after pressing: Because the coating process of the prior art is easy to be caused by the coating process, the cathode plate 122 and the yoke can be produced, which causes the glass glue to melt at high temperature. Pressing the machine pair to slide '丨: The viscous frame device is in the package u to overcome the offset caused by the unevenness of the glass paste. Ten Deng (inventive content) m Page 10 1277125 V. Description of the invention (7) There is a second skill in the previous skill 2 to solve the previous skill, but the operational difficulty is too high and the helmet of the monitor is extended. The inventor therefore designed a self-adhesive edge;

It:，同時可以減少顯示器之無效邊，降極板〗1僅_ n只須經過一次高溫燒結製程，等多ί製程I ϋ、陽本發明的主要目的，右於接祉一你、表程優點。運作成本低廉之姓播 ;’、種適應現存構造而且 =I风丰低廉之結構，可以提供低成本 ^叩且如供一種具自黏性邊框裝置，不會使顯干果，係加，且可提供一假固定使顯不器之無效邊增私與陰極板及陽極板之封裝 =吃=拴供封裝過過程之偏移。了減夕對位誤差，及封裝燒結製作$:月D本：以：：提供- f具自黏性邊框裝置之先獨立完成此元件之製作框視為單一封裝元件，於線外板120之預烤與塗膠等加工可以免除在陰極板122、陽極極板120之信賴度與潔淨度I私，大幅棱两陰極板122、陽本發明的另一目的，邊框裝置應用於場發射係^供一種依本發明之具自黏性及陽極板封裝之對位•不15之封裝方法，可簡化陰極板製程使陰陽極板上之 $ ’及封裝燒結次數，可減免高溫材料的選用。、覆材料變質，增加陰陽極板上塗覆根據以上所述的諸邊框裝置及該裝置之封目的，本發明提供一種具自黏性上述多項優點，另，装裝方法的發明，藉此更能同時兼具 ” ’其他目的與優點，對於熟諳此技藝者It: At the same time, it can reduce the invalid side of the display. The lower plate 〗 1 only needs to undergo a high-temperature sintering process, and the main purpose of the invention is the right purpose of the invention. advantage. The operating cost is low and the surname is broadcast; ', the kind adapts to the existing structure and =I wind Fenglian low-cost structure, can provide low cost ^ 叩 and for a self-adhesive frame device, will not make the dried fruit, add, and A false fix is provided to make the invalid side of the display device private and the package of the cathode plate and the anode plate = eat = 偏移 for the offset of the package process. The yoke offset error, and the package sintering production: $: D: to provide: - f self-adhesive frame device to complete the production of this component independently as a single package component, in the outer panel 120 The pre-baking and gluing processing can eliminate the reliability and cleanliness of the cathode plate 122 and the anode plate 120. The large-edge two-cavity plate 122 and the other object of the invention are applied to the field emission system. The invention provides a self-adhesive and anode package encapsulation method according to the invention, which can simplify the cathode plate process and make the number of packages on the anode and cathode plates and the number of package sintering, thereby reducing the selection of high temperature materials. The coating material is deteriorated, and the anode and cathode plates are coated with the frame device according to the above and the sealing device of the device. The invention provides an invention with multiple advantages of self-adhesiveness, and a mounting method, thereby enabling At the same time, it has both "other purposes and advantages, for those skilled in the art."

第11頁 1277125 五'發明說明（8) 而言，在參考本發明構陽極板封著面側表面；其中璃膠且經過一定之塗膠區域假固定。為了使技術内容，請而所附圖式僅限制者。 [實施方式] 請參考第於先前技藝二移量過大所產具自黏性邊框時兼具有提南需一次高溫燒固定、塗膠製溫製程等缺點附圖及後造包含： ; 及固該陰極板南溫預烤以與該場貴審查委參閱以下提供參考 =發明詳述後，將變得明瞭。八邊框’ s史有陰極板封著面與 :延伸設於該主體邊框之外面；ϊ極板封*面上塗佈有玻 ίϊ鼓該固定邊條係具有-預發射颁不器之陰極板或陽極板進行更進一步瞭解本發明之特徵及择本發明之詳細說明與附圖，然一說明用，並非用來對本發明加以本發明使用之構造組裝示意圖，有邏，3子，玻璃邊框，為解決先前技藝一之偏 ί Ϊ延i的ί多問題，發明人因此設計一箱 f置，除同樣具有改善偏移量之優點外，同处=性，以及可以讓陰極板、陽極板i20只結製程，卻沒有門字型破璃邊框無法進行個程繁瑣、陰極板122、陽極板12〇需要二次高所謂的一種具自黏性邊框裝置4〇4其結構及製作方法，參考第四圖到第七圖所示，具有一口字型之主體邊框 4〇卜另，在邊緣處設計有覆數之延長固定邊條4〇2，以提供為將來假固定之UV膠著墨之處，此外對於延長固定邊條Page 11 1277125 V'Inventive Note (8) In reference to the present invention, the anode plate sealing surface side surface; wherein the glass glue is falsely fixed through a certain glue application area. In order to make the technical content, the drawings are only limited. [Embodiment] Please refer to the previous article 2, when the self-adhesive frame is too large, and it has the disadvantages of having a high-temperature burning and fixing process, and the post-molding process. The cathode plate is pre-baked in the south temperature and will be understood by the review committee of the field. The eight-frame 's history has a cathode plate sealing surface and: an extension is provided outside the main frame; the surface of the bungee plate is coated with a glass drum, and the fixed side strip has a cathode plate with a pre-emissive device. The anode plate is further understood by the features of the present invention and the detailed description and the accompanying drawings of the present invention, and is not intended to be used in the construction of the present invention. In order to solve the problem of the prior art, the inventor designed a box of f, in addition to the advantages of improving the offset, the same place, and the cathode plate and the anode plate i20. Only the process of the knot, but there is no door-shaped broken glass frame can not carry out a cumbersome process, the cathode plate 122, the anode plate 12〇 need a second high so-called self-adhesive frame device 4〇4 its structure and production method, reference As shown in the four figures to the seventh figure, the main frame 4 having a one-word type is provided with a plurality of extension fixed side strips 4〇2 at the edges to provide a place for the future fixing of the UV glue. In addition to extending the fixed side strips

12771251277125

4 0 2之°"^置位置，基於不增加顯示器之無效面積之設計坪則，=本實施例乃將延長固定邊條4〇2設至延伸 ^ 極板導線501延伸之平行同侧並不長於導電電路之一端y 二二依照陽極板導線601之延伸之平行同側並不長於 ί於2於ΐ「端。主體邊框4〇1，選用必要之玻璃膠4〇3塗 Π Λ 1上各與陰極板封著面和陽極板封著面之二’鬥i=過程係可獨立作業未與陰極板12 2或陽極板 120冋作業加工，因此可以最易實施之模式實施，如 ^，或下料機將玻璃膠4 0 3塗佈於設計之位置，並且可以 ί ί =加工使塗佈之一面平坦化，隨後將此半成品以380 C預烤，目的可使玻璃膠403内之有機溶劑完全氣化，完成本7G件製作具自黏性邊框裝置4 〇 4。4° 2°"^ position, based on design plan that does not increase the invalid area of the display, = this embodiment is to set the extension fixed side strip 4〇2 to the parallel side of the extension of the extension plate wire 501 and It is not longer than one end of the conductive circuit y. The parallel side of the extension of the anode plate wire 601 is not longer than 2". The main frame 4〇1, the necessary glass glue 4〇3 is coated on the Λ 1 Each of the two nozzles with the cathode plate sealing surface and the anode plate sealing surface can be operated independently from the cathode plate 12 2 or the anode plate 120, so that it can be implemented in the most easily implemented mode, such as ^, Or the blanking machine applies the glass glue 403 to the design position, and can be processed to flatten one side of the coating, and then the semi-finished product is pre-baked at 380 C for the purpose of organicizing the glass glue 403. The solvent is completely vaporized, and the self-adhesive frame device 4 〇 4 is manufactured by the 7G piece.

基於本發明所謂之具自黏性邊框裝置4 〇 4之特性，對此提出一具體實施例闡述說明本裝置應用於場發射顯示器之封裝方法，首先分別於陽極板12〇與陰極板122上分別& 作配合本發明之具自黏性邊框装置4〇4對應之對位標示，分別如第五圖及第六圖所示，然後於本發明之具自黏性邊框$置4 0 4之延伸固定邊條4 〇 2上與陰極板1 2 2及陽極板i 2 〇封著之一侧塗佈UV朦，藉一對位製程，即可簡易並準確的將其設置在陰極板1 2 2及陽極板1 2 0上之對位標示上，並配合紫外線光源照射即可將UV膠固化，完成一假固定製作，由於假固定所使用之具自黏性邊框裝置4〇4，主體邊框4〇1 已塗覆一平坦之玻璃膠403層且已經先經過一高溫預烤處理’因此即可與陰極板122及陽極板120藉此假固定之場發Based on the characteristics of the self-adhesive frame device 4 〇 4 of the present invention, a specific embodiment is described to explain the packaging method of the device applied to the field emission display, which are respectively respectively performed on the anode plate 12 〇 and the cathode plate 122 respectively. & the alignment mark corresponding to the self-adhesive frame device 4〇4 of the present invention, as shown in the fifth and sixth figures, respectively, and then the self-adhesive frame of the present invention is set to 4 0 4 The fixed side strip 4 〇2 and the cathode plate 1 2 2 and the anode plate i 2 are sealed on one side of the UV 朦, and a pair of processes can be used to easily and accurately set the cathode plate 1 2 2 and the anode plate on the 1 2 0 on the alignment mark, and UV light source can be used to cure the UV glue, complete a fake fixed production, due to the fake fixed use of self-adhesive frame device 4〇4, the main frame 4〇1 has been coated with a flat layer of glass glue 403 and has been subjected to a high-temperature pre-bake process. Therefore, it can be used with the cathode plate 122 and the anode plate 120 to fix the field.

1277125 五、發明說明（10) 射顯不）器>兀件結構，配合一箝合固定裝置後送入高溫爐，以46 0°c高溫將玻璃膠403溶融，由於此玻璃層於具自黏性邊框裝置404製作處理時及可使其平坦化，因此在此燒結過程之，移可大大減低，此封著之剖面結構參考第七圖所不封著面相對於先前技藝二所視之方式可大幅減小，可，幅減小無效邊提高有效區域之利用，又，假固定之位置可引導至陰極或陽極導線之一侧，亦可簡化對假固定固著位置之顧慮。 f此對本發明做一描述：一主體邊框40 1 ，設有陰相1277125 V. Description of invention (10) The structure of the device is assembled into a high-temperature furnace with a clamp-on fixture, and the glass glue 403 is melted at a high temperature of 46 0 °c, since the glass layer is self-contained. The viscous frame device 404 can be flattened during processing, so that the movement can be greatly reduced during the sintering process, and the sealed cross-sectional structure refers to the manner in which the first image is not sealed compared to the prior art. It can be greatly reduced, and the reduction of the ineffective side improves the utilization of the effective area. Moreover, the position of the false fixing can be guided to one side of the cathode or the anode lead, and the concern about the false fixing position can be simplified. f This describes the invention: a main frame 40 1 with a negative phase

板封著面與陽極板封著面；及固定邊條402 ，延伸設於Ua sealing surface of the plate sealing surface and an anode plate; and a fixing edge strip 402 extending over the U

邊框40 1之外侧表面；其中該陰極板封著面與陽極相 j著面上塗佈有玻璃膠4〇3且經過一高溫預烤處理；其今 t，定邊條402係具有一預定之塗膠區域以與該場發ς潑之陰極板122或陽極板12 0進行假固定；其中該陰極相、者面與陽極板封著面係可為主體邊框4〇丨之上下表面發射：時=之各項實施變化應予說明’本發明用於与 =射顯不器封裝之具自黏性邊框裝置4〇4 ，其中 t 2顯不器之陰極板12 2或陽極板12 0進行假固定之= / 7，該固定邊條402所設置之位置係可位於陰極板|The outer surface of the frame 40 1; wherein the sealing surface of the cathode plate and the surface of the anode are coated with glass glue 4〇3 and subjected to a high-temperature pre-baking treatment; now, the edge strip 402 has a predetermined The glue coating area is pseudo-fixed with the cathode plate 122 or the anode plate 120 of the field smashing; wherein the cathode phase, the surface of the surface and the anode plate sealing surface can be emitted from the lower surface of the main frame 4〇丨: The implementation changes of the invention should be explained as follows: 'The present invention is used for the self-adhesive frame device 4〇4 with the ejector package, wherein the cathode plate 12 2 or the anode plate 12 0 of the t 2 display device is false. Fixed = / 7, the position of the fixed edge strip 402 can be located in the cathode plate |

pi同側或陽極板導線601同侧，其中該主體邊框外1 = 2形’，中該主體邊框之陰極板封著面與陽極：封‘】 1為可互相平行，其中該塗佈於陰極板封著面盥者面上之玻璃膠403，係可以網印完成。一險極板圭在此將本發明之一種用於場發射顯示器封裝之1 /、目恭The pi is on the same side of the same side or the anode plate wire 601, wherein the body frame is outside the frame 1 = 2, and the cathode plate of the body frame is sealed with the anode and the anode: the seals are mutually parallel, wherein the coating is applied to the cathode. The glass seal 403 on the face of the face is sealed by a screen. One of the present inventions is used in a field emission display package.

1277125 五、發明說明（11) 性邊框裝置製主體邊框及與陽極板封著表面；（2 )以與陽極板封著之一面平坦化 4 〇〇°C預烤成本元件製作在此將本性邊框裝置封於陽極板與陰之對位標示；邊條上與陰極對位製程，即置在陰極板及光源照射即可步驟（4 )所做器元件結構， c — 50 0°C 高溫以上驗證 4 0 4之特點，結構封裝上，率，為本發明本發明是造方法，用以下步驟順序詳述之；（丨）製造固定邊條，其中主體邊框設有陰極板封著面面，且固定邊條延伸設於該主體邊框之外侧網·印或下料機將玻璃膠塗佈於陰極板封著面面之。又β十位置’並且可以簡易之加工使塗佈 :及（3)隨後將步驟（2)做成之半成品以35〇 ’可使玻璃膠内之有機溶劑完全氣化，具自黏性邊框裝置。發明之一種用於場發射顯示器封裝之具自黏裝方法，用以下步驟詳述之：（丨）首&分別極板上分別製作配合具自黏性邊框裝 (2 )，後於該具自黏性邊框裝置之延伸固定板及陽極板封著之一側塗佈UV膠；（3 )藉一可簡易並準確的將該具自黏性邊框裝置^設對位標示上；（4)並配合紫外線將uv膠固化，完成一假固定製作；及（㈧以成之將陰極板及陽極板假固定之場配合一箝合固定裝置後送入高溫爐以將玻璃膠3溶融，完成封裝。本實施例在驗證本發明之具自黏性邊框尤其疋將此特點應用於場發射顯示器之你將大幅降低該領域之封裝技術瓶 ^ 所揭露之必要條件。、&同良以例證方法來做描述，但是應了解的是，所1277125 V. INSTRUCTIONS (11) The main frame of the frame device and the surface of the anode plate are sealed; (2) The surface of the anode plate is sealed with a flat surface of 4 〇〇 ° C pre-baked cost components. The device is sealed on the anode plate and the cathode is aligned; the edge bar is aligned with the cathode, that is, the cathode plate and the light source are irradiated, and the component structure of the step (4) is performed, and the c- 50 0 ° C high temperature is verified. The characteristics of the structure, the structure and the package, the rate is the manufacturing method of the present invention, which is detailed in the following steps; (丨) manufacturing a fixed side strip, wherein the main frame is provided with a cathode plate sealing surface, and The fixed side strip extends outside the main frame of the main frame, and the printing or unloading machine applies the glass glue to the sealing surface of the cathode plate. And β ten position 'and can be easily processed to make coating: and (3) then the semi-finished product made by step (2) can be completely vaporized by 35 〇 ', and the self-adhesive frame device can be completely vaporized. . The invention discloses a self-adhesive method for a field emission display package, which is described in detail by the following steps: (丨) First & separate plates are separately fabricated with a self-adhesive frame (2), and then The self-adhesive frame device is provided with a UV glue on one side of the fixed fixing plate and the anode plate; (3) the self-adhesive frame device can be easily and accurately marked with an alignment mark; (4) And UV curing the uv glue to complete a fake fixed production; and ((8) splicing the cathode plate and the anode plate with a clamp fixture and feeding it into a high temperature furnace to melt the glass glue 3 to complete the package In this embodiment, in verifying the self-adhesive bezel of the present invention, in particular, applying this feature to a field emission display will greatly reduce the necessary conditions for the packaging technology bottle disclosed in the field. To describe, but what should be understood is that

1277125 五、發明說明（12) 用的術語是意欲用作文字描述的本性而非僅用來作本發明的限制。再者，本發明所述之較加實施例所被重視的是本技術的技巧可輕易的應用於其他可能的不同發明。以上所述，僅係本發明之一較佳之實施例，惟，本發明所主張之權利範圍，並不侷限於此，按，凡熟悉該項技藝人士，依據本發明所揭漏之技術内容，可輕易思及之等效變化，均應屬不脫離本發明之保護範疇。1277125 V. DESCRIPTION OF THE INVENTION (12) Terms used are intended to be used as a description of the text and are not intended to be limiting of the invention. Furthermore, it is emphasized that the more described embodiments of the present invention are that the techniques of the present technology can be readily applied to other possible different inventions. The above is only a preferred embodiment of the present invention, but the scope of the claims of the present invention is not limited thereto, and those skilled in the art, according to the technical content disclosed by the present invention, Equivalent changes that can be easily considered are within the scope of protection of the invention.

第16頁 1277125 圖式簡單說明 [圖式簡單說明] 第一圖所示係為先前技藝一所形成之場發射顯示器之封裝結構側視示意圖第二圖所示係為先前技藝二所提出之場發射顯示器結構上視示意圖第三圖所示係為先前技藝二所提出之場發射顯示器結構側視不意圖第四圖所示係為依據本發明之設計理念，具體提出之具自黏性邊框裝置3D結構示意圖第五圖所示係為依據本發明具自黏性邊框裝置與陰極板相對位置之上視示意圖。第六圖所示係為依據本發明具自黏性邊框裝置與陽極板相對位置之上視示意圖第七圖所示係為依據本發明之製程方法之場發射顯示器結構側視不意圖 [元件符號說明] 上玻璃基板 1 0 0螢光粉 102 電子發射源 1 0 4玻璃邊條 106 玻璃膠 1 0 8真空封合區 109 下玻璃基板 11 0封裝區域 112 陽極板 1 2 0陰極板 122 陰極板上門字型邊框 204陽極板上門字型邊框 206 交接縫處 2 1 2主體邊框 401 固定邊條 40 2玻璃膠 403Page 16 1277125 Brief Description of the Drawings [Simple Description of the Drawings] The first figure shows a schematic view of the package structure of the field emission display formed by the prior art. The second figure shows the field proposed by the prior art 2. The third embodiment of the structure of the transmitting display is shown in the prior art. The structure of the field emission display is not shown in the fourth figure. The fourth figure is a design concept according to the present invention, and the self-adhesive frame device is specifically proposed. 3D Schematic FIG. 5 is a top view showing the relative position of the self-adhesive frame device and the cathode plate according to the present invention. Figure 6 is a view showing the structure of the field emission display according to the manufacturing method of the present invention in accordance with the seventh embodiment of the present invention having the self-adhesive frame device and the anode plate. Description] Upper Glass Substrate 1 0 0 Fluorescent Powder 102 Electron Emission Source 1 0 4 Glass Side Strip 106 Glass Glue 1 0 8 Vacuum Sealing Area 109 Lower Glass Substrate 11 0 Package Area 112 Anode Plate 1 2 0 Cathode Plate 122 Cathode Plate Door font border 204 anode plate door font border 206 intersection seam 2 1 2 body frame 401 fixed edge strip 40 2 glass glue 403

第17頁 1277125 圖式簡單說明具自黏性邊框裝置 4 0 4陰極板導線 501 陽極板導線 601 mm 第18頁Page 17 1277125 Brief description of the diagram Self-adhesive frame device 4 0 4 Cathode plate wire 501 Anode plate wire 601 mm Page 18

Claims

1277125 六、申請專利範圍 ___ 1、一種用於場發射顯示器封裝之呈至少包括有： /、勘性邊框裝置一主體邊框’設有陰極板封著面與陽固定邊條’延伸設於該主體邊框=著面；及其中該陰極板封著面與陽極板封著』表面；且經過一高溫預烤處理；上塗佈有玻璃膠其中該固定邊條係具有一預定之塗膠、射顯示器之陰極板或陽極板進行假固〜f品域以與該場發 2、如申請^利範圍第1項所述之$於裝之具自黏性邊框裝置’其中在與該場 =射巧示器封板或陽極板進行假固定之組裝狀況時，談固二示器之陰極之位置係位於陰極板導線同側或陽極 ^二，條所設置 3、如申請專利範圍第！項所述之；。裝之具自黏性邊框裝置，其中該主框器封 4、如中請專利範圍第丨項所述之用於^3二矩2二裝之具自黏性邊框裝置，豆中螻主矽遠發射頌不器封與陽極板封著面係ΪΪ4;該主體邊框之陰極板封著面 5、如申請專利範圍第丨項所述之裝之具自黏性邊框奘署甘士 β淦饮# 發射顯不15封極板封著面上之^^ 其中塗佈於陰極板封著面與陽 I、者面上之破璃膠，係以網印完成。 ❶ 製造方法種至用少於發射顯示器封裝之具自黏性邊框裝置 ⑴製以下步驟丄陰極板封著面盥陽搞f框及固疋邊條，其中主體邊框設有極板封著面，且固定邊條延伸設於該主1277125 VI. Patent Application ___ 1. A field emission display package includes at least: /, an anamorphic frame device, a main frame, a cathode plate sealing surface and a male fixed edge strip, The main frame=face; and the cathode plate sealing surface and the anode plate are sealed with a surface; and subjected to a high temperature pre-baking treatment; the glass glue is coated thereon, wherein the fixed edge strip has a predetermined glue and shot The cathode plate or the anode plate of the display is subjected to false-fixing to the field, and the self-adhesive frame device of the device is as described in the first item of the application. When the display panel or the anode plate is assembled in a false state, the position of the cathode of the solid-state indicator is located on the same side of the cathode plate or the anode, and the strip is set. 3, as claimed in the patent scope! Said in the item; Self-adhesive frame device, wherein the main frame seal 4, as described in the scope of the patent application, is used for the self-adhesive frame device of the ^3 two moments and two seconds. The far-emitting 颂器与与与阳极阳极阳极阳极 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; #发射显15封封板封面的^^ The glass-coated glue coated on the sealing surface of the cathode plate and the surface of the anode I is finished by screen printing. ❶ The manufacturing method is to use the self-adhesive frame device (1) with less than the emission display package. The following steps are performed: the cathode plate sealing surface, the sun frame and the solid edge strip, wherein the main frame is provided with a plate sealing surface. And the fixed side strip extends over the main

1277125 六申請專利範圍邊框之外側表面， (ο Λ 、、周Ρ或下料機將玻璃膠塗佛於降；面r計位置，並且可可上2二成ΛΛ成品以35(rc 預烤具自黏性邊框裝置。’合1 70王軋化，即完成本元件製作以此1' 一種用於場發射顯示器封裝之且自勳枨旛#莊 ;裝：法，係、使用申請專利範圍f所之述置，至少包括有以下步驟： m、自黏! 生邊框裴黏性^ ί❿2 f於陽極板與陰極板上分別製作配合具自點I*生遺框裝置對應之對位標示；，、目降極自黏性邊框裝置之延伸固定邊條上與 fc極扳及陽極板封者之一侧塗佈訂膠；邊ί :對位製程’即可簡易並準確的將該具自黏性邊框裝置其βχ置在陰極板及陽極板上之對位標示上； (4) 並配合紫外線光源照射即可將假固定製作；及 -u 1G凡成 (5) 以步驟（4)所做成之將陰極板及陽極板假固定之場發射顯示器元件結構，配合一箝合固定裝置後送入爐，以4 2 0°C - 5 0 0°C高溫將玻璃膠熔融，完成封裝。酿1277125 Six patent application range borders on the outer side surface, (ο Λ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Adhesive frame device. '1 1 70 king roll, that is to complete the production of this component 1' A kind of field emission display package and self-excellence #庄; loading: law, system, use patent scope f The description includes at least the following steps: m, self-adhesive! Raw frame 裴性 ^ ^ 2 于 2 f on the anode plate and the cathode plate respectively to make a match with the point I * raw frame device corresponding to the alignment mark; The side of the fixed self-adhesive frame device and the side of the fc pole and the anode plate are coated with a glue; the edge ί: the alignment process can be easily and accurately self-adhesive. The frame device is placed on the alignment mark on the cathode plate and the anode plate; (4) the dummy fixing can be made by irradiating with the ultraviolet light source; and -u 1G Fancheng (5) is made by the step (4) The field emission display component structure of the cathode plate and the anode plate is fixedly fixed After the clamp is fixed, it is sent to the furnace, and the glass glue is melted at a temperature of 420 ° C - 500 ° C to complete the packaging.