M420151 五、新型說明： ——.【新型所屬之技術領域】 -· · —. _ __ --_ _____ 本創作係㈣-種面板壓合裝置的構造改良，尤指一種用於 觸控面板歧晶面板製程帽朗板與另_基板或撓性薄膜等複 數片疊合的板件壓接黏合成一體的面板壓合機構者。 【先前技術】 難©板的構造略係由複糾玻輪或撓㈣鮮面板疊層 φ膠。而纟並有一片面狀的電阻膜以分開一定間隙而對向配置而 雄封於則述面板疊層之間。通常該等面板疊層之間的膠合實施手 段係將-撓性薄顧設在上紅作槽的底表面，以及將一剛硬材 質的玻璃板固設在下紅作槽的上表面，錢使上、下方工作槽 對合，並在上方或下方工作槽施加適度之壓合應力，據此使該玻 璃板與該撓性薄膜藉由彼此表面上所預設的黏膠及工作槽提供的 壓力，而膠合而成為一體。 藝刚述t知手段巾’各面板疊層之安裝在上、下方I作槽時， 係利用預α躲作為触職的依據但難工件絲方式不僅 _費時麵、效輪法提升，謂高錢巾注意力因而容易疲 乏j成^為失誤’導致加工品質難以穩定；另外，目前大多是藉 由組=推頂機構來對工作槽施加壓合應力，然而這種施作方 式因該r〇x推頂機構之施力被集中於一點，常使該等工作槽表 面在反覆承文巨大的壓應力後發生凸起變形，導致無法獲得平整 的|合效里.，，， ，此外，該汽缸軸所傳送的壓合應力施加於工作槽中 央部位之設計，並無法使該壓合應力均勻地分布到工作槽面上各 部，尤其當欲壓合工件被偏置擺設的狀況時，使該等面板疊層各 部位受到的壓合應力不同，這結果輕則導致壓合不平整，嚴重的 時候會造成該工件之一部份已被壓碎而一部份卻尚未貼接密合的 不良狀況，再者，前述習知手段是在一般作業環境中進行的平面 貼接壓合’經吊會在貼接面内包藏氣泡，導致加工失敗。 【新型内容】 有鑒於此，本創作主要提供一種面板壓合裝置的構造改良， 其加工槽設有定位框可簡便迅速地將複數面板疊層準確放置定 位，並使該加工槽内形成真空，然後利用具備軟性壓著面的加壓 單兀對該等面板疊層提供下壓力，使面板疊各部位均勻受力並疊 合成一體。 為了達成上述創作目的’本創作所提供之面板壓合裝置的構 造改良’其主要包含：-工作槽，在槽底牆設有承壓基板可供置 放第-面板疊層’雌玉作槽中設有—氣孔可連通至—真空果； 第一定位框，其設置在前述承壓基板外側周緣，以界定出第一面 板疊層的置放位置，並令該第—定錄的框牆麟略低於第一面 板®層頂面的設置高度；第二定位框，其設置於第_定位框外侧 周緣，以界定出第二面板疊層的置餘置，並令該第二粒框的 框牆頂緣略低於第二面板疊層頂面的設置高度；複數彈性支頂元 件，設置在前述第二定位框内側與第—定位框之間，可提供第二 面板疊層支頂力’使第二面板麵與第—面板疊層之間保持間 M420151 隙·’一加壓罩，其可罩合或開啟自如地設置在該工作槽上方，在 —…該加屬罩底面具恰位於第二面板叠層的置義置設有加壓早元， 並令該加壓單7G具有軟性壓著面；糊第―、二定位框分別將第 -、二面板疊層準確放置在歡作槽巾，並以加壓罩密合地罩設 在該工作槽上方，藉真线使該工作槽中職真空，且由該加壓 早兀對第二面板疊層提供下厘力，使第二面板疊層克服該等彈性 支頂元件的支頂力而向下位移，以將第―、二面板疊層加壓疊合 Φ 成一體。 前述彈性支頂元件可為直錢在第—定健的框牆頂緣之彈 性銷或彈簧’亦可為垂直設置在第二定位框的_框牆上之彈性 銷或彈簧’而前述彈性銷具有優良彈性變形雛，其材料是選自 於天然橡膠、合絲膠或彈性歸...等，但實施制不以前述材 料為限；在其他可行實施例中，該彈性支頂元件可為設置在第二 定位框的内側框踏上之伸縮卡擎，其包含一擎子及一彈菁，該擎 • 子一端銷接於第二定位框的内側框膽上，並令該掣子另一相對端 的侧面抵頂著該彈簧。 前述加鮮的加壓單元可為—彈性膜，將轉性膜的四周邊 緣密貼urn於該加鮮絲，錢雜财央部轉成—可充氣 空間；另該加壓單元亦可採㈣性氣囊；運作時，湘—空氣栗 驅動而對該彈性膜或彈性氣囊進行充氣或域，據此控制加壓單 元施行的加屬力量。 前述第一、二面板疊層之間設有黏膠層，例如光學膠(0CA)或 M420151 異戊二烯橡膠(Is0Prene Rubber)…等’而該黏膠層預設於第一面板 豐層的上表面，或預設於第二面板疊層的下表面；另，第二面板 璺層需選用硬，薄板材料，但第一面板疊層則無論硬質薄板或軟 質薄膜均可使用。 本創作之其他創新特徵及功能經配合下列圖式予以作進一步 之說明後貴審查委貞當有更詳細的瞭解。 【實施方式】 如第一、二圖所示之本創作實施例，其主要包含一工作槽i 及一可與該工作槽呈上、下對正而蓋合的加壓罩2 ;其中，該工作 槽具有下凹的槽型工作空間，在槽底牆的中央部位設有承壓基板 11’且於該工作槽中設有一氣孔12可連通至一真空泉(未顯示於圖 面）’另於前述承壓基板u外侧周緣設有下板定位框3，在該框内 圍可供置人欲#合加工的下方面板6，據此可迅速醇確地定位下 方面板6的置放位置，而值得注意的是，前述下方定位框3的框 牆頂緣須略低_下方面板6頂_設置高度，以免干涉面板疊 層間_合運作；又在麵下缺健3的外_緣設有上板^ 健4，以及在該上蚊健4 .牆⑴収位於前述下方定位框 3的框牆頂緣上植設有至少喊的彈性銷5，而該 框踏内側可供置人㈣合加工的上方祕7，並_前; 支頂上方面板7的底面，使上、下方面板7、6之間保持適當間隙， 據此迅速而準確地定位上方面板7的置放位置，特別是，前述上 方定健4的框牆猶須略低於該上方面板7頂面攸置高度， 6 夕Ui· J丄 '乂免干涉面板疊層間的壓合運作；前述彈性銷5麵具備優良彈 —姓變形特性，所以通狄朗轉槔膠.、合成賴娜__ 乂材製成’另外’在刖述上、下方面板之間還設錄膠層8,而該 點膠層可採岐學膠或異戊二稀橡料材料，讀佈或印刷等手 段设置在下方面板6的上表面，或設置於上方面板7的下表面； 又’前述上方錄7最好_硬質薄板，例如玻璃板，以免叙法 由前述彈鋪5支觀位，但下扣板6啦論硬f薄板或軟質 • 溥膜均可使用。 、 該加鮮2係以可罩合或開啟自如地設置在該工作槽i上 方’在該加壓罩底面設-彈性膜25，而該彈性膜％周緣受一框型 壓制％ 26之螺固壓制’使該膜之周緣密封固接於前述加壓罩2底 面周緣’而該雜财央部位形成—可充氣空間，另於該加壓罩 -的中央雜„又-氣孔23可連通至一空氣果；前述彈性膜^ 是採用橡膠材料，因此可藉由前述空氣栗之進行充氣或減操作 以控制該彈性膜25是否產生加塵力量及加壓力量的大小。 再請參三、_，本創作運作時，操作人員先將欲疊合 的下方面板6置入該下板定位框3内的承壓基板u之上，再 將欲疊合加工的上方面板7置入該上板定位框4内並受該等彈性 鎖5的支欺位，賴使該加鮮2與工作槽丨呈上、下對正罩 合密接’接續，藉由真空泵運作使紅作槽i中形成真空狀態， 同時連通於該域罩2的空氣泵開始充氣使該彈性膜^逐漸膨脹 而向下推頂，該彈性膜25的向下麵力量可均勾作用在上方面板 7 M420151 7上’並使其底面的彈性銷5受壓變形並向下位移，進而使上、下 方面板7、6被加壓疊合成一體；當完成對上、下方面板76加 壓後’該空氣泵槪氣壓使娜賊25回縮，同_真空泉回充 空氣至該工作槽1中，然後使該加壓罩2與工作槽】之間開啟分 離，以便取離完成壓合加工的面板成品。 综上所述，本創作在加工槽i内設有定位框3、4可簡便迅速 地將欲疊合加工的上、下方面板7、6準確放置定位，糊對彈性 膜25充氣以產生均勻地分布壓合應力，使該等面板6、7獲得平 整壓合之絲，以及避免造成板件碎⑽缺失，且於加工期間藉 該加壓罩2與作槽〗雜罩合，並使該加卫槽_成真空，故 可克服板件貼接面内包藏氣泡的問題’提升加卫良率及成品品質。 本創作並賴祕社職形式，很日聰參考上述說明後， 能有更多技術均等性的改良與變化，例如是：可將前述彈性鎖$ 改替成彈簧；另外如第五、六圖所示，前述彈性銷亦可被垂直設 置在上板定位框4的内側框牆上，藉由該彈性銷5，之彈性變形特 性，使於受壓力時可向下彎折，讓上方面板7得以向下位移並與 下方面板6塵合成-體(請參閱第六圖）；再如第七、八圖所示，前 述彈性銷亦可改設成-安裝在上板定健4的_框牆上之神縮 卡掣結構’其包含-響子91及一彈簧92，該掣子％ 一端銷接於 第二定位框_側框牆上，並令該掣子另—相對端的侧面抵頂著 該彈簧92，當該掣子91受壓力時可向下轉擺，讓上方面板7得以 向下位移並與下方面板6屢合成一體(請參閱第八圖）；而如前述變 M420151 更設置均達成與前揭實施_—或類似之魏，故應 揭技術屬實質相凡有在相同之創作精神下所作關j 創作之任何修賊變更，皆仍應包括在本創作意之 【圖式簡單朗】 -0 第一=創作的側面剖示圖，顯示該加壓罩紅作槽呈分離的 第二圖係本創作之卫作槽的俯視圖； 第三圖&係本__面剖示圖，_該加壓罩與工作槽呈罩合狀 aS y 第四圖面侧面剖示圖，顯示該彈性縣氣時使上、下方 面板被加壓疊合成一體； ^ 第五圖係本創作另—實施例的側面剖示圖； 第六圖係本創作另一實施例的側面 .,』不圖，顯示該彈性膜充氣時 使上、下方面板被加壓疊合成一體； 第七圖係本創作再一實施例的側面剖示圖；以及 第八圖係本創作再一實施例的側面剖 Μ 如圖，顯示該彈性膜充氣時 使上、下方面板被加壓疊合成一體。 【主要元件符號說明】 工作槽1 承壓基板11 氣孔12 加壓罩2 9 M420151 氣孔23 彈性膜25 壓制環26 下板定位框3 上板定位框4 彈性銷5、5’ 下方面板6 的上方面板7 黏膠層8 掣子91 彈簧92M420151 V. New description: ——.[New technology field] -· · —. _ __ --_ _____ This creation department (4)--the structural improvement of the panel press-fit device, especially for touch panel The panel welding mechanism of the crystal panel process cap slab and the slab or the flexible film and the like are laminated and bonded together. [Prior Art] The structure of the Difficult Panel is slightly laminated by a complex glass wheel or a flexible (four) fresh panel. In addition, a planar resistive film is disposed opposite to each other with a certain gap therebetween and is sealed between the panel stacks. Usually, the gluing method between the panel laminates is to set the flexible surface on the bottom surface of the upper red groove, and to fix a rigid material glass plate on the upper surface of the lower red groove. The upper and lower working grooves are combined, and a moderate pressing stress is applied to the upper or lower working groove, thereby the pressure of the glass plate and the flexible film provided by the glue and the working groove preset on the surface of each other. And glue to become one. Yi Gang said that the structure of each panel is installed on the top and bottom of the I slot. It is based on the pre-α hiding as the basis for the touch. However, it is difficult to use the wire method not only _ time-consuming surface, but also effective wheel method. The attention of the money towel is so easy to be fatigued. The result is that the processing quality is difficult to stabilize. In addition, most of the current application of the pressing force is applied to the working groove by the group = ejector mechanism. However, this application method is due to the r〇 The force applied by the x-pushing mechanism is concentrated at one point, which often causes the surface of the working groove to undergo a convex deformation after repeated compressive stress, resulting in the inability to obtain a flattening effect, and, in addition, The design of the pressing stress transmitted by the cylinder shaft is applied to the central portion of the working groove, and the pressing stress cannot be evenly distributed to the various portions of the working groove surface, especially when the workpiece to be pressed is biased. The pressing stress of each part of the panel laminate is different, which results in uneven pressing. In severe cases, one part of the workpiece has been crushed and some parts have not been adhered. Condition, again, the foregoing Conventional means are flat-ply press-fitting in a general working environment. The hanging will enclose air bubbles in the bonding surface, resulting in processing failure. [New content] In view of this, the present invention mainly provides a structural improvement of a panel pressing device, wherein the processing slot is provided with a positioning frame, which can accurately and accurately position the plurality of panel stacks and form a vacuum in the processing slot. Then, the pressure is applied to the panel stack by using a pressurizing unit having a soft pressing surface, so that the respective portions of the panel stack are evenly stressed and integrated. In order to achieve the above-mentioned creative purpose, the structural improvement of the panel pressing device provided by the present invention mainly includes: - a working groove, and a pressure-bearing substrate on the bottom wall of the groove for placing the first-panel laminate 'the female jade groove The first locating frame is disposed at a periphery of the outer side of the pressure receiving substrate to define a placement position of the first panel laminate, and the frame wall of the first recording The rib is slightly lower than the set height of the top surface of the first panel® layer; the second positioning frame is disposed on the outer periphery of the _position frame to define a remaining portion of the second panel stack, and the second frame The top edge of the frame wall is slightly lower than the height of the top surface of the second panel laminate; a plurality of elastic roof elements are disposed between the inner side of the second positioning frame and the first positioning frame to provide a second panel laminate top The force 'move the gap between the second panel surface and the first panel stack M420151 gap', which can be placed or opened freely above the working slot, in the ... Immediately located in the second panel stack, a pressurization early element is placed. The pressurizing sheet 7G has a soft pressing surface; the paste first and second positioning frames respectively accurately place the first and second panel stacks on the scented slats, and are closely covered with the pressure hood in the working slot. Above, the working slot is vacuumed by the positive line, and the second panel stack is provided with a lower centimeter force by the pressing, so that the second panel stack overcomes the supporting force of the elastic supporting elements. The lower displacement is to integrate the first and second panel laminates by pressure Φ. The elastic supporting element may be an elastic pin or spring of the top edge of the frame wall of the first fixed frame, or may be an elastic pin or spring disposed vertically on the frame wall of the second positioning frame. The elastic elastic deformation element is selected from the group consisting of natural rubber, lysine or elastic, etc., but the implementation is not limited to the foregoing materials; in other feasible embodiments, the elastic supporting element may be a telescopic card engine that is disposed on the inner frame of the second positioning frame, and includes a driver and a bullet, the one end of the engine pin is connected to the inner frame of the second positioning frame, and the other one is A side of the opposite end abuts against the spring. The pressing unit for adding the freshening may be an elastic film, and the peripheral edge of the rotating film is closely attached to the fresh wire, and the money is converted into an inflatable space; and the pressing unit may also be used (4) The airbag; during operation, the Xiang-Air pump drives the elastic membrane or the elastic bladder to inflate or domain, thereby controlling the additional force exerted by the pressing unit. An adhesive layer is disposed between the first and second panel laminates, such as optical glue (0CA) or M420151 isoprene rubber (Is0Prene Rubber), etc., and the adhesive layer is preset to the first panel layer The upper surface is preset to the lower surface of the second panel laminate; the second panel layer is made of a hard or thin material, but the first panel laminate can be used regardless of the hard or soft film. The other innovative features and functions of this creation are further explained in the following diagrams, and your review committee will have a more detailed understanding. [Embodiment] The present invention, as shown in the first and second figures, mainly includes a working slot i and a pressing cover 2 that can be aligned with the working slot to be aligned up and down; wherein The working groove has a concave groove type working space, and a pressure receiving substrate 11' is disposed at a central portion of the bottom wall of the groove, and an air hole 12 is disposed in the working groove to be connected to a vacuum spring (not shown). A lower plate positioning frame 3 is disposed on the outer periphery of the pressure receiving substrate u, and the lower panel 6 can be placed in the inner circumference of the frame, so that the placement position of the lower panel 6 can be quickly and accurately positioned. It should be noted that the top edge of the frame wall of the lower positioning frame 3 must be slightly lower _ the lower panel 6 top _ set height, so as to avoid interfering with the panel stacking operation, and the outer edge of the panel 3 is not provided. The upper plate ^jian 4, and the upper part of the frame wall of the lower positioning frame 3 are placed on the top edge of the frame wall of the above-mentioned lower frame 3, and at least the elastic pin 5 is placed on the inside, and the frame is placed on the inner side to be placed (4) The upper part of the processing is 7 and _ front; the bottom surface of the top panel 7 of the top is kept between the upper and lower panels 7, 6 According to this, the placement position of the upper panel 7 is quickly and accurately positioned. In particular, the frame wall of the upper fixed 4 is slightly lower than the height of the top surface of the upper panel 7, 6 Ui·J丄'乂The press-fitting operation between the interference-free panel stacks; the elastic pin 5 surface has excellent elastic-name deformation characteristics, so the Tongdilang transfer gel. The synthetic Lai Na __ coffin made 'other' in the above and below A glue layer 8 is also disposed between the panels, and the dispensing layer can be disposed on the upper surface of the lower panel 6 or the upper panel 7 by means of a drop rubber or an isoprene rubber material. The lower surface; also the above-mentioned top 7 is best _ hard thin plate, such as glass plate, in order to avoid the use of the above-mentioned elastic bunking 5 positions, but the lower gusset 6 can be used for hard f thin plate or soft • enamel film. The freshening 2 is disposed above the working groove i so as to be closable or openable. The elastic film 25 is disposed on the bottom surface of the pressing cover, and the elastic film is circumferentially pressed by a frame type. Pressing 'seals the periphery of the film to the periphery of the bottom surface of the pressurizing cover 2', and the miscellaneous portion forms an inflatable space, and the central portion of the pressurizing cover is connected to the air hole 23 The air film; the elastic film is made of a rubber material, so that the air bladder can be inflated or reduced to control whether the elastic film 25 generates the dusting force and the pressing force. See also _, _, During the operation of the creation, the operator first places the lower panel 6 to be superposed on the pressure-bearing substrate u in the lower-plate positioning frame 3, and then places the upper panel 7 to be superposed into the upper-plate positioning frame. 4 and subject to the elastic lock 5, so that the freshener 2 and the working tank are connected to the upper and lower alignment cover, and the vacuum pump operates to make the red tank i form a vacuum state. At the same time, the air pump connected to the field cover 2 starts to inflate to gradually expand the elastic film Pushing down the top, the downward force of the elastic film 25 can be hooked on the upper panel 7 M420151 7 and the elastic pin 5 of the bottom surface thereof is deformed by pressure and displaced downward, thereby making the upper and lower panels 7 and 6 Pressurized and stacked into one body; when the upper and lower panels 76 are pressurized, the air pump 槪 pressure causes the thief 25 to retract, and the _vacuum spring refills the air into the working tank 1, and then pressurizes The cover 2 and the working slot are opened and separated to take off the finished panel finished product. In summary, the creation of the positioning frame 3, 4 in the processing slot i can be easily and quickly processed. The upper and lower panels 7, 6 are accurately positioned, and the paste inflates the elastic film 25 to produce a uniform distribution of the pressing stress, so that the panels 6, 7 obtain the flattened pressed wire, and avoid the missing pieces (10). During the processing, the pressurizing cover 2 and the groove cover are combined, and the reinforcing groove _ is vacuumed, so that the problem of accommodating air bubbles in the bonding surface of the plate can be overcome. This creation is based on the secret form of the social work. There are more technical improvements and changes, for example, the aforementioned elastic lock can be replaced by a spring; and as shown in the fifth and sixth figures, the elastic pin can also be vertically disposed on the upper plate positioning frame 4. The inner frame wall, by the elastic deformation characteristic of the elastic pin 5, can be bent downward when subjected to pressure, so that the upper panel 7 can be displaced downward and combined with the lower panel 6 (see the sixth Figure 7; as shown in the seventh and eighth figures, the elastic pin can also be modified to be mounted on the _ frame wall of the upper plate 4, which comprises a ring 91 and a spring 92. One end of the tweezer pin is pinned to the second positioning frame _ side frame wall, and the other side of the opposite end of the scorpion is abutted against the spring 92, and the scorpion 91 can be turned downward when the pressure is under pressure. The upper panel 7 can be displaced downward and integrated with the lower panel 6 (please refer to the eighth figure); and as the above-mentioned variable M420151 is set to achieve the implementation of the previous implementation _- or similar Wei, the application technology is essential Any change in thief that has been created in the same creative spirit should still include This creation is intended to be [simplified] -0 First = side view of the creation, showing the second view of the compression cover red groove is a top view of the creation of the creation of the groove; the third picture & _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The fifth figure is a side cross-sectional view of another embodiment of the present invention; the sixth figure is a side view of another embodiment of the present creation, which is not shown, showing that the upper and lower panels are pressurized when the elastic film is inflated. The seventh figure is a side cross-sectional view of still another embodiment of the present invention; and the eighth figure is a side cross-sectional view of another embodiment of the present creation, showing that the elastic film is inflated so that the upper and lower panels are The pressure stack is integrated into one. [Description of main components] Working slot 1 Pressure-bearing substrate 11 Air hole 12 Pressurizing cover 2 9 M420151 Air hole 23 Elastic film 25 Pressing ring 26 Lower plate positioning frame 3 Upper plate positioning frame 4 Elastic pin 5, 5' Above the lower panel 6 Panel 7 Adhesive layer 8 Tweezers 91 Spring 92