1331564 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種在液晶顯示器（LCD)上進黏貼之製程， 尤指一種在粗略真空狀態下進行觸控式面板（Touch Panrl)或 其他光學玻璃等剛性面板之黏貼者。 【先前技術】 隨著3C產業發展迅速，行動電話、個人數位助理、筆記 型電腦及平板型電腦等數位化工具無不朝向便利性、多功能且 美觀的方向發展。 然而’行動電話、個人數位助理、筆記型電腦及平板型電 腦中的顯示螢幕是不可或缺的人機溝通界面，透過上述產品之 顯示螢幕將可以為使用者的操作帶來更多的便利，其中大部分 的顯示螢幕皆以液晶顯示裝置（LCD)為主流。 近年來’隨著資訊技術、無線行動通訊和資訊家電的快速 發展與應用’為了達到更便利、體積更輕巧化以及更人性化的 目的’許多資訊產品已由傳統之鍵盤或滑鼠等輸入裝置，轉變 為使用觸控式面板（Touch Panel)作為輸入裝置，其中觸控式 液晶顯示裝置更為現今最流行產品。 請參閱第一圖所示，習用一種觸控式液晶顯示裝置（1〇)， 其大體上係由一液晶顯示器LCD(ll)，一光學膜（12)及一觸控 式面板（13)所構成《其中該光學膜（12)係為一軟性薄膜 (flexible film)，因此其可藉由第二圖所示之壓合機（2〇)來 黏貼’此壓合機（20)包含一機台（21)，以及一承載盤（22)，該 液晶顯示器（11)可置於此承載盤（22)上面，而光學膜（12)可製 -5- 1331564 成具雙面膠塑態，當底面離形紙撕去後，利用滚壓輪（23)的侧 壓力使其呈傾斜狀逐漸黏貼在液晶顯示器（11)表面。 是以，在一剛性的（rigid)面板上黏貼一軟性薄膜 (flexible film)，以目前技術已不成問題。但是，如要在一 剛性面板，例如在該液晶顯示器（11)之表面也黏貼一剛性之觸 控式面板（13)則因材質特性，需考量之變數增多，例如觸控式 面板（13)係由諸多積層及電路所構成，其本身即屬脆弱敏感元 件，因此如使用前述以壓合機（20)之滾壓輪（23)來壓合，則因 滚壓輪（23)為長條型設計，因此壓合時直接壓滾過觸控式面板 (13)的表面’此時壓合力量過大會造成面板内部元件的損壞， 且其並非能由肉眼檢測出來，所以會影響產品的可靠度。 更重要的是，以前述壓合方式，會造成觸控制式面板G3) 與液晶顯示器（11)之貼合度不均勻且極易產生氣泡，因此導致 面板品質無法持續穩定，且降低產品之良率。 緣是，先前業界在液晶顯示面板（11)表面黏貼一觸控式面 板或其他光學玻璃（13)時，係如第三圖（a)、（B)所示，在該液 晶顯示面板（11)上塗佈一層透明黏膠層（14)，然再將觸控式面 板或其他光學玻璃（13)利用機具（圖未示）正向壓合在該黏膠 層（14)，而為了使透明黏膠層（14)接觸表面之氣泡能夠完全消 除，則機具作用於該觸控式面板或其他光學玻璃（13)之正向壓 力（P)必須持續一段時間，才能將接觸界面的空氣（氣泡）完全 排出，如此一來，勢必增加整個黏貼製程的時間，致使產能過 低，不符經濟效益。且此種壓合方式，該透明黏膠層（14)須到 達一定厚度才能在壓合時提供緩衝功能；惟，此一厚度會影響 到液晶顯示器（11)的亮度，且亦可能在顯示時造成視覺上的景 -6- 1331564 深現象’使得顯示品質無法提昇β 當然，也有業者嘗試不用透明黏膝層（u)，而是直接利用 光學膜（12)雙面膠方式，將觸控式面板或其他光學玻璃⑽ 正向壓合黏貼在該液晶顯示器⑴）表面。惟，此種方式仍存有 諸多問題點；其—是：該上層之觸控式面板或光學玻璃⑽ 與下層之液晶顯示器⑴）皆為剛性元件，因此，如果正向壓力 過大則祕面板㈣元件受損，反之如果正向壓力小，則二者 接觸界面之氣泡將無法完全被壓出排除，降低產品之良率。 點 ，以’目前產業在觸控式LCD製程上，存在有上述問題 並期盼申請人能針對習用缺失加以改善。 【發明内容】 緣是，本發明之主要目的，係在提供— (LCD)表面黏貼觸控式面板或其他 2且=口1331564 IX. Description of the Invention: [Technical Field] The present invention relates to a process for inserting a liquid crystal display (LCD), in particular, a touch panel (Touch Panrl) or other optical under a rough vacuum state. Stickers of rigid panels such as glass. [Prior Art] With the rapid development of the 3C industry, digital devices such as mobile phones, personal digital assistants, notebook computers, and tablet computers are all moving toward convenience, versatility, and aesthetics. However, the display screens in mobile phones, personal digital assistants, notebook computers and tablet computers are indispensable human-machine communication interfaces. The display screen of the above products will bring more convenience to users. Most of the display screens are dominated by liquid crystal display devices (LCDs). In recent years, with the rapid development and application of information technology, wireless mobile communication and information appliances, in order to achieve more convenient, lighter and more humanized purposes, many information products have been input devices such as traditional keyboards or mice. The switch uses a touch panel as an input device, and the touch-type liquid crystal display device is the most popular product today. Referring to the first figure, a touch-type liquid crystal display device (1) is generally used, which is generally composed of a liquid crystal display (LCD), an optical film (12) and a touch panel (13). The composition "the optical film (12) is a flexible film, so it can be adhered by the press machine (2" shown in the second figure." The press machine (20) comprises a machine. a table (21), and a carrier tray (22), the liquid crystal display (11) can be placed on the carrier tray (22), and the optical film (12) can be made into a double-sided plastic state. After the bottom surface of the release paper is torn off, the side pressure of the rolling wheel (23) is used to gradually adhere to the surface of the liquid crystal display (11). Therefore, it is not a problem to adhere a flexible film to a rigid panel. However, if a rigid touch panel (13) is adhered to a rigid panel, for example, the surface of the liquid crystal display (11), the number of variables to be considered is increased due to material characteristics, such as a touch panel (13). It is composed of a plurality of layers and circuits, and is itself a fragile sensitive component. Therefore, if the rolling wheel (23) of the press machine (20) is used for pressing, the rolling wheel (23) is long. The design is so that it is directly pressed over the surface of the touch panel (13) when pressed. At this time, the pressing force is too large to cause damage to the internal components of the panel, and it is not detectable by the naked eye, so it will affect the reliability of the product. degree. What's more, the above-mentioned pressing method will cause the touch control panel G3) and the liquid crystal display (11) to be unevenly attached and easily generate bubbles, thus the panel quality cannot be continuously stabilized, and the product is reduced. rate. The reason is that when the touch panel or other optical glass (13) is adhered to the surface of the liquid crystal display panel (11), the liquid crystal display panel (11) is shown in the third figure (a) and (B). Applying a layer of transparent adhesive layer (14), and then pressing the touch panel or other optical glass (13) with the implement (not shown) in the adhesive layer (14), and The bubble on the contact surface of the transparent adhesive layer (14) can be completely eliminated, and the positive pressure (P) of the implement acting on the touch panel or other optical glass (13) must last for a period of time in order to contact the air at the interface ( The bubble is completely discharged. As a result, it will inevitably increase the time of the entire pasting process, resulting in low productivity and economic benefits. And in such a pressing manner, the transparent adhesive layer (14) must reach a certain thickness to provide a buffering function when pressing; however, this thickness may affect the brightness of the liquid crystal display (11), and may also be displayed. The visual phenomenon of -6- 1331564 deep phenomenon makes the display quality can not be improved. Of course, some operators try not to use the transparent adhesive knee layer (u), but directly use the optical film (12) double-sided adhesive method, the touch type A panel or other optical glass (10) is positively bonded to the surface of the liquid crystal display (1). However, there are still many problems in this way; it is: the upper touch panel or optical glass (10) and the lower liquid crystal display (1) are rigid components, so if the forward pressure is too large, the secret panel (4) If the positive pressure is small, the bubbles at the interface between the two will not be completely removed and the yield of the product will be reduced. Point, to the current industry in the touch-sensitive LCD process, there are the above problems and look forward to the applicant can be improved for the lack of use. SUMMARY OF THE INVENTION The main purpose of the present invention is to provide a (LCD) surface to be adhered to a touch panel or other 2 and = port
，迅速，増進生產效能且接觸界面不::方生法氣泡其= 提两良率及可靠度之功效增進。 ； 付X 盘觸1 達上Γ目的’本發㈣封之相及特徵，係在⑽ 一觸控式面«其他鮮Μ㈣製財， 大氣壓力下進行，而是使其在一低於 ^ 介+丨 阳瓦大虱壓力（760mm-Hg)之真 2粗略真线訂，進行壓合軸製程，經實制試結果， 同黏貼面板的特性及尺寸’在壓力為200〜__-Hg的 面=態下，LCD表面所黏貼之觸控式面板或光學玻璃等剛性 以迅速結合且接觸界面不會產生氣泡，進而解決習用 而，本發明依據前揭原理及特性，其具體實施步驟包含： < S ) -7- 1331564 a) .先將一觸控式面板（Touch Panel)或其他光學玻璃所 構成之待黏貼面板，送至一罩體下方； b) .利用一可於罩體中升降之拾取裝置，將該待黏貼面板 抓取並直線上升一高度而呈騰空狀； c) .接著，將一表面具有黏著層之液晶顯示器（LCD)送至該 罩體下方，且正對應於該待黏貼面板之底面； d) .以一動力裝置使該罩體下降，並使其底部開口呈密封 狀態，再以一連接之抽氣裝置使該罩體内呈低於760匪-Hg大 氣壓力的粗略真空狀態；以及 e) .在上述粗略真空狀態下，令該拾取裝置下降，並將該 待黏貼面板黏附在該液晶顯示器（LCD)上。 【實施方式】 首先，請參閱第四圖本發明之流程圖，請同時配合第五圖 (a)〜（e)所示之示意圖，本發明之目的，係提供在液晶顯示器 (即LCD)(11)之表面黏貼一剛性之觸控式面板，但不限定於 此。例如在LCD表面黏貼其他光學玻璃亦是本發明之可實施製 程，故以下將觸控式面板或其他光學玻璃等之剛性面板，以『待 黏貼面板』（13’）稱之。 由於，大氣壓力無所不在，其對黏貼製程之負面影響已如 前述。緣是，本發明黏貼製程之實施步驟包含有： a).先將觸控式面板或其他光學玻璃所構成之待黏貼面板 (13’），送至一罩體（30)下方；本實施例之罩體（30)係為底部 呈開口（32)之型態，請配合第五圖（a)所示，該罩體（30)係由 一動力裝置來控制其直線（Y向）升降，本實施例中係以一第一 氣壓缸（31)為該動力裝置，但不限定於此，諸如以伺服馬達及 -8- < S ) ^31564 螺桿所組合而成之動力褒置亦可控制該罩體⑽升降，容 述0 b).如第五圖（b)所示，利用一可於該罩體（3〇)中升降之 ‘ 4合取裝置⑽先下降，將該待黏貼面板（13,）拾取並直線（γ向） 上升-高度而呈騰空狀，如第五圖（c)所示；本實施中之拾取 裝置（40)係依待黏貼面板⑴，）之尺寸及特性，選擇包括以吸 附或炎取等方式’將該待黏貼面板（13,）拾取。且其係可由一 ’ f伸在鮮體⑽上方之第二氣壓缸⑷）來控雛升降。亦即 # 控制該拾取裝置（4G)升降之動力裝置係、與罩體（3G)之動力裝 置乃獨立之控制組件，俾於不同製程中，作不同之升降控制。 一 c。)·接著，如第五圖（c)所示，將一表面具有黏著層之液晶 顯示器（LCD)(11)送至該罩體（3〇)下方，且正對應於該待貼面 板（13 )之底面，而一較佳實施例，係將該液晶顯示器（ιι)置 於一滑台（60)之治具（61)上，但不限定於此。即將該液晶顯示 器（11)亦可置於-平台上而對準待黏貼面板（13,）。惟以一 橫向驅動裝置（62)帶動該滑台（60)呈X向位移為較佳，使其可 • 達自動化製程之功效。例如，該橫向驅動裝置（62)可為二支， 而滑台（60)上之治具可包括二個或二個以上，如此一來，該滑 台在前述步驟a)中，即可先將該待黏貼面板（13,）由外部 橫向位移而送至該罩體（30)下方，以方便步驟b)中，供該拾 取裝置（40)下降而拾取該待黏貼面板（13,）。 - d).繼續請參閱第五圖（d)，以該第一氣壓缸（31)所構成之 動力裝置使罩體（3〇)下降，並使其底部開口（32)呈密封狀態。 本實施例中’該罩體（30)之開口（32)係下降貼靠該滑台（60) 而構成一密封狀。故該滑台（60)之面積大於該開口（32)之面 -9- C S ) 果較佳者係於其表面設有密封墊圈（63),使其可達氣密效 ，以—外接之抽氣裝置（50),使該罩體（30)内呈低於 mm g大氣壓力的粗略真空狀態。亦即要讓罩體（3〇)内部 ίΐίΐ、於外部之大氣壓力，由於真正的「真空」係指罩體⑽ 為耗時為〇__Hg，惟在實際製程中，要達到100%的真空頗 扣不符產業利用價值，故一般將非100%真空稱之為粗 二。而本發明在測試時發現，依待黏貼面板（13’）之特性 及^寸’當草體（30)内之壓力，抽至200〜560mm-Hg時，即可 進订黏姑製程。當然’這數值係供參考，非用以限制本發明範 /亦即'則試發現’當罩體（30)内部壓力抽至200mm-Hg時，幾 乎大多數的待黏貼面板（13,）皆可順利與LCD(ll)進行黏貼且 界面不會產生氣泡。惟2GG_-Hg的壓力，已低於正常大氣壓 f (76〇_~Hg)約560mm-Hg，所以在此—負壓之罩體（3〇)内進 仃黏貼，可確保不會產生氣泡，然此時需注意的是，如果拾取 裝置（4〇)係以吸盤方式吸附著該待黏貼面板（13,），則須考慮 其吸附力，因在大氣中之吸附力與在真空中（或粗略真空）之吸 附力的要求會不同，有時以在大氣中之吸附力，使用於罩體（3〇) 之真空中，將易使待黏貼面板（丨3,）掉落，但如增加拾取裝置 (4〇)之及附力至較大時，易傷及該待黏貼面板（13，）。因此， 本發明之拾取裝置（40)，係可依罩體（30)内之真空程度及該待 黏貼面板（13’）之尺寸及特性，選擇使用吸附方式，或是以兩 側夾取方式來作黏貼製程。 承上’本發明於不同特性及尺寸之待黏貼面板（13,），分 別以不同抽真程度來測試，發現某些小面積之待黏貼面板（13,） 在低於正常大氣壓力之400或560mm-Hg之粗略真空壓力狀熊 1331564 進行黏合製程，其黏貼界面也不易產生氣泡，此—結果，有助 於使製程之壓合動作更迅速。 e).最後，如第五圖（e)所示，在粗略真空狀態下，以該第 二氣壓缸（41)令拾取裝置（4〇)下降，並將待黏貼面板（13，） 壓合在該液晶顯示器（11)上如前所述，由於罩體（3〇)係呈粗略 真空之負壓狀態，所以黏貼界面不會產生氣泡。至於，液晶顯 示器（11)表面之黏著層，可以是其雙面膠光學膜的上表層，當 然，亦可為塗佈之黏著層，但因扑本發明之專利標的，容不贅, rapid, break into production efficiency and contact interface is not:: Fangsheng method bubble = increase the efficiency of two yields and reliability. ; pay X X touch 1 to achieve the purpose of the 'this hair (four) seal phase and characteristics, is in (10) a touch-type surface «other fresh Μ (four) fortune, under atmospheric pressure, but make it lower than ^ +丨阳瓦大虱压力 (760mm-Hg) of the true 2 rough true line set, the pressure axis process, through the actual test results, with the characteristics and size of the adhesive panel 'at the pressure of 200~__-Hg In the = state, the touch panel or the optical glass adhered to the LCD surface is rigidly combined to form a bubble, and the contact interface does not generate air bubbles, thereby solving the conventional use. According to the foregoing principles and characteristics, the specific implementation steps include: S) -7- 1331564 a). Firstly, a panel to be pasted by a touch panel or other optical glass is sent to a lower side of the cover; b) using one can lift and lower in the cover a pick-up device that picks up the panel to be pasted and rises straight up to a height; c). Next, a liquid crystal display (LCD) having an adhesive layer on the surface is sent to the underside of the cover, and corresponds to the The bottom surface of the panel to be pasted; d). The hood is lowered by a power device And the bottom opening is sealed, and the casing is made to have a rough vacuum state lower than 760 匪-Hg atmospheric pressure by a connected air suction device; and e). in the above rough vacuum state, the pickup is made The device is lowered and the panel to be pasted is adhered to the liquid crystal display (LCD). [Embodiment] First, please refer to the flowchart of the present invention in the fourth figure, please also cooperate with the schematic diagrams shown in the fifth diagrams (a) to (e), and the object of the present invention is to provide a liquid crystal display (ie, LCD) ( 11) The surface is adhered to a rigid touch panel, but is not limited thereto. For example, the adhesion of other optical glasses to the surface of the LCD is also an implementable process of the present invention. Therefore, a rigid panel such as a touch panel or other optical glass is referred to as a "to-be-applied panel" (13'). Since atmospheric pressure is ubiquitous, its negative impact on the pasting process is as described above. Therefore, the implementation steps of the pasting process of the present invention include: a) first sending a panel (13') to be pasted by a touch panel or other optical glass to a cover (30); The cover (30) is in the form of an opening (32) at the bottom, and as shown in the fifth diagram (a), the cover (30) is controlled by a power unit to linearly (Y-direction). In this embodiment, a first pneumatic cylinder (31) is used as the power unit, but the power unit is not limited thereto, and the power unit such as a servo motor and a -8- <S) ^31564 screw can also be used. Controlling the lifting and lowering of the cover (10), the content is 0 b). As shown in the fifth figure (b), the '4 picking device (10) which can be raised and lowered in the cover (3) is lowered first, and the sticker is to be pasted. The panel (13,) is picked up and straight (gamma) rising-height and vacant, as shown in the fifth figure (c); the pick-up device (40) in this embodiment depends on the size of the panel (1) to be pasted, and Characteristics, the selection includes picking up the panel to be pasted (13,) by means of adsorption or inflammation. And it can be controlled by a second pneumatic cylinder (4) extending above the fresh body (10). That is, the control unit that controls the pick-up device (4G) to move up and down and the power unit of the cover (3G) are independent control units, and different lift controls are used in different processes. One c. Then, as shown in the fifth figure (c), a liquid crystal display (LCD) having an adhesive layer on the surface is sent under the cover (3〇) and corresponds to the panel to be attached (13). The bottom surface, and in a preferred embodiment, the liquid crystal display (1) is placed on the jig (61) of a sliding table (60), but is not limited thereto. That is, the liquid crystal display (11) can also be placed on the platform to be aligned with the panel to be pasted (13). However, it is better to drive the sliding table (60) in the X direction by a lateral driving device (62), so that it can achieve the effect of an automated process. For example, the lateral driving device (62) may be two branches, and the jig on the sliding table (60) may include two or more, so that the sliding table can be first in the foregoing step a) The panel to be pasted (13) is laterally displaced from the outside to the underside of the cover (30) to facilitate the step b) for the pick-up device (40) to descend to pick up the panel to be pasted (13). - d). Continuing to refer to the fifth diagram (d), the power unit constituted by the first pneumatic cylinder (31) lowers the cover (3) and seals the bottom opening (32). In the present embodiment, the opening (32) of the cover (30) is lowered against the slide table (60) to form a sealed shape. Therefore, the area of the sliding table (60) is larger than the surface of the opening (32) -9-CS. Preferably, the surface is provided with a sealing gasket (63) to make it airtight, so that the external connection The air suction device (50) causes the cover body (30) to have a rough vacuum state below atmospheric pressure of mmg. That is, the internal pressure of the cover (3〇) is applied to the outside, because the true “vacuum” means that the cover (10) is time-consuming 〇__Hg, but in the actual process, 100% vacuum is required. The deduction does not match the value of industrial use, so the non-100% vacuum is generally referred to as the coarse two. However, in the present invention, it was found that, depending on the characteristics of the panel (13') to be pasted and the pressure in the grass (30), when the pressure is 200 to 560 mm-Hg, the adhesive process can be customized. Of course, this value is for reference, and is not intended to limit the scope of the invention. That is, it is found that when the internal pressure of the cover (30) is pumped to 200 mm-Hg, almost most of the panels to be pasted (13) are It can be smoothly adhered to the LCD (ll) and the interface does not generate bubbles. However, the pressure of 2GG_-Hg is lower than the normal atmospheric pressure f (76〇_~Hg) by about 560mm-Hg, so in this negative pressure cover (3〇), it will ensure that no air bubbles will be generated. However, it should be noted at this time that if the pick-up device (4〇) adsorbs the panel to be pasted (13,) in a suction cup manner, its adsorption force must be considered, because the adsorption force in the atmosphere is in a vacuum (or The requirements for the adsorption force of the rough vacuum will be different. Sometimes, in the vacuum of the cover (3〇), the adsorption force in the atmosphere will easily drop the panel to be pasted (丨3,), but if it is increased When the pick-up device (4 inches) and the attached force are large, the panel (13,) to be pasted is easily damaged. Therefore, the pick-up device (40) of the present invention can select the adsorption mode according to the degree of vacuum in the cover body (30) and the size and characteristics of the panel to be pasted (13'), or the manner of clamping on both sides. To make a paste process. In accordance with the invention, the panels to be pasted (13,) of different characteristics and sizes were tested with different degrees of trueness, and it was found that some small areas to be pasted (13,) were below 400 or 560 mm below normal atmospheric pressure. -Hg's rough vacuum pressure bear 1331564 performs the bonding process, and its adhesive interface is also less prone to bubble formation. As a result, it helps to make the pressing action of the process more rapid. e). Finally, as shown in the fifth diagram (e), in the rough vacuum state, the pickup device (4〇) is lowered by the second pneumatic cylinder (41), and the panel (13,) to be pasted is pressed. As described above on the liquid crystal display (11), since the cover (3 turns) is in a negative vacuum state, air bubbles are not generated at the adhesive interface. As for the adhesive layer on the surface of the liquid crystal display (11), it may be the upper surface layer of the double-sided adhesive optical film, and of course, it may be a coated adhesive layer, but it is not subject to the patent of the invention.
述。 藉由上揭技術手段，本發明得以解決傳統在LCD上黏貼 Touch Panel或光學玻璃等剛性面板所發生之問題點不僅可 以防止黏貼界面產生氣泡，且生產效能亦可提升，更可增進產 品之可靠度及品質。 θSaid. By the above-mentioned technical means, the invention can solve the problems that conventionally apply to the rigid panel such as the Touch Panel or the optical glass on the LCD, not only can prevent the bubble from being generated at the adhesive interface, but also can improve the production efficiency and enhance the reliability of the product. Degree and quality. θ
至於，本發明製程中所需使用之貼合機構，對於機械控制 具有通常知識者’當可依據本發明之製程及所揭露之動作圖加 以實施，而罩體⑽、拾取裝置⑽、抽氣裝置（50)及送料等 裝置白了依實際需求及現場特性而加以配設。 综上所述’本發明所揭示之技術手段，確具「新賴性」、「進 =」及「可供產業细」等發料利要件，祈請釣局惠賜 專利，以勵發明，無任德感。 准上述所揭露之圖式、說明，僅為本發明之較佳實施例， 大凡熟悉此項技藝人士，依本案精神斜所作之修飾或等效變 化，仍應包括本案申請專利範圍内。As for the bonding mechanism required for the process of the present invention, the general knowledge of the mechanical control can be implemented according to the process of the present invention and the disclosed action diagram, and the cover (10), the pick-up device (10), the air extracting device (50) and equipment such as feeding are arranged according to actual needs and site characteristics. In summary, the technical means disclosed in the present invention have the necessary features of "new reliance", "into" and "available in the industry", and pray for the patent of the fishing bureau to encourage invention. No sense of morality. The drawings and descriptions disclosed above are merely preferred embodiments of the present invention, and modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the present invention should still be included in the scope of the patent application.
-11 - 1331564 【圖式簡單說明】 第一圖（A)、（B)係習用觸控式液晶顯示裝置之示意圖。 第二圖係習用一種壓合機之立體圖。 第三圖（A)、（B)係習用一種觸控式液晶顯示裝置。 第四圖係本發明較佳實施例之流程中。 第五圖（a)〜（e)係本發明於不同製程之作動狀態圖。 【主要元件符號說明】 ® (11)液晶顯示器 (13’）待黏貼面板 (30) 罩體 (31) 第一氣壓缸 (32) 開口 (40) 拾取裝置 (41) 第二氣壓缸 (50)抽氣裝置 • (60)滑台 (61) 治具 (62) 橫向驅動裝置 (63) 密封墊圈 -12--11 - 1331564 [Simple description of the drawings] The first figures (A) and (B) are schematic diagrams of conventional touch-type liquid crystal display devices. The second figure is a perspective view of a press machine. The third figure (A), (B) is a touch-type liquid crystal display device. The fourth drawing is in the flow of a preferred embodiment of the invention. Fig. 5 (a) to (e) are diagrams showing the state of operation of the present invention in different processes. [Main component symbol description] ® (11) Liquid crystal display (13') to be pasted panel (30) Cover (31) First pneumatic cylinder (32) Opening (40) Pickup device (41) Second pneumatic cylinder (50) Exhaust device • (60) Slide table (61) Fixture (62) Transverse drive (63) Gasket -12-