201218879 六、發明說明： 【發明所屬之技術領域】 本發明有關於一種貼合裝置，特別是指具有防止單張 軟性電路板運送或作業過程中受到磨損與發生折痕的功效 之—種用於軟性電路板生產設備之貼合裝置。 【先前技術】 現今電子商品越趨要求輕薄短小，消費者的要求越來 越嚴格，而軟性電路板具有可彎折、輕薄短小及成本低廉 等的優勢，可作為薄型化電子商品重要零件之一，未來將 是科技大廠研發的重點項目。 怖忒苹人性電路板為習知常用的電子元件之一，但是考 2製作捲式軟性電路板的流程步驟中，當鑽孔於捲式軟性 电路板上的孔徑過小時，製作捲式軟性電路板就無法達到 預期的功效(如··可能會有鑽孔位置偏移、設備效能限制…等 門題）’仍必須要換單張軟性電路板來克服鑽孔孔徑過小的 問題。但輸送單録性電路板的擁巾，姉導致軟性電 路板磨損與發生折駐要有人為时及料輕撞…等原 因，毀損的軟性電路板可能會有導致整體的良率降低，進 而影響產品的外觀及品質的問題。 緣是，本創作人有感上述問題之可改善，乃特潛心研 究並配合學理之勒’終於提出―種設計合理且有效改盖 上述缺失之本創作。 σ 【發明内容】 本4月具把例提供一種用於軟性電路板生產設備之貼 201218879 :衣置及其f程’可改善單張她I 中受到磨損與發生折痕，進岐 广或作業過裎 題。 卜蜆不良比例增高的問 本發明實施例提供一種用於軟 合裝置’其中生產設備包括_輸送帶，輸送帶=== 開的軟性電路板。貼合I置包括—膠㈣I二、分 取機。勝帶供應機具有—輸出膠帶^—纽:夾201218879 VI. Description of the Invention: [Technical Field] The present invention relates to a laminating device, and more particularly to the utility of preventing the abrasion and crease of a single flexible circuit board during transportation or operation. A bonding device for flexible circuit board production equipment. [Prior Art] Nowadays, electronic products are becoming lighter and thinner, consumers are becoming more and more demanding, and flexible circuit boards have the advantages of being bendable, light and thin, and low in cost. They can be used as one of the important parts of thin electronic products. The future will be a key project for the research and development of large technology plants. The horror board is one of the commonly used electronic components. However, in the process of making a roll-type flexible circuit board, when the hole diameter of the drilled flexible circuit board is too small, a flexible circuit is fabricated. The board can't achieve the expected effect (such as · may have drilling position offset, equipment performance limit, etc.) 'There must still be a single flexible circuit board to overcome the problem of too small hole diameter. However, the transmission of the single-recorded circuit board, which leads to the wear and tear of the flexible circuit board, and the occurrence of the folding of the board, the damage of the flexible circuit board may cause the overall yield reduction, and thus the impact The appearance and quality of the product. The reason is that this creator feels that the above problems can be improved. He is particularly interested in researching and coordinating with academics. He finally proposed a kind of design that is reasonable and effective to cover the above-mentioned lack of creation. σ [Summary of the Invention] This April provides a case for the flexible circuit board production equipment 201218879: the clothing and its f-process can improve the wear and crease of the single sheet, I, or the operation Over the question. The present invention provides a flexible circuit board for a soft combining device wherein the production equipment includes a conveyor belt and a conveyor belt ===. Fit I includes - glue (four) I two, the machine. Winning belt supply has - output tape ^ - New: clip
=下:移的平台，設於勝帶供應機二= 於開口内。拉伸夾取機具有一盥 〇 〇又 手臂，機械手臂的方向對师步上T位移的機械 及拉伸夾取觀於輸送帶的_彳。 2 平台上的膠帶，其中機械手臂與平台的同== ^於兩相鄰的軟性電路板之間。製程包括依序黏貼ς送 =上兩=的軟性電路板，加熱固化位於兩相鄰的軟性電 路板之w，重複上齡驟，使相的 而形成一連續可捲軟性電路板。 炊μ接 ，综合上述’本發明實施例用於軟性電路板生產設傷之 膠帶貼合裝置及其製程提供防止單張軟性電路板運送或作 業過程中受到磨損與發生折痕，降低外觀不良比例，使得 整體良率提升，進而降低成本…等益處。 為使能更進-步瞭解本創作的特徵及技術内容，請表 閱町有關本創作的詳細說明與附圖’然而所附圖式僅提 供參考與綱用’並非絲對本創作加以限制者。 【實施方式】 請參閱圖1所示，圖！為本發明用於軟性電路板生產 5/13 201218879 設備之貼合裝置之示意圖。本發明提供一種用於軟性電路 板生產設備之貼合震置，其中生產設備包括一輸送帶⑽， 輸送帶100置有多張分開的軟性電路板2〇()。 貼合裝置3包括-膠帶供應機3】、—拉伸夾取機32及 -烘烤單元33。膠帶供應機3]具有一輸出膠帶τ的開口 312及一置放膠帶且可上下位移的平台313。開口 Μ]訊 膠帶供應機31之一側，平台313設於開口 312内。°又' =伸夾取機32具有一與平台313同步上下位移的機械 手煮321 ’機械手臂321的方向對應於平台313上的膠帶丁， 膠帶供應及拉伸夾取機32設於輸送帶⑽的兩側。· 供烤單7L 33設於貼合裝置3内，並且位於輸送帶⑽ 上’其中烘烤單元33用於加熱固化位於兩相鄰軟性電路 2〇〇的膠帶T。 欠 、棧械手臂321可伸縮以夾取平台313上的膠帶τ，其中 機械手臂321與平台313的同步動作用以壓貼膠帶丁於 相鄰的軟性電路板2〇〇之間。 … 、重複上述動作使分開的軟性電路板2〇〇黏接而形成— 連續可捲軟性電路板2〇1。 φ 制產°又備進步包括一送料機1、一鑽孔機2、一黑影 製，5、一鍍銅槽6及-收料捲筒機7。送料機i與二 捲，機7之間形成輪送多張分開的軟性電路板2〇〇的輸送 路kA。其中鑽孔機2、黑影製程機5及賴槽5 路徑A上。 这 鑽孔機2位於送料機丨無合裝置3之間，貼合裝置3 與收料捲筒機7之間依循輸送路徑A的方向’依序設置里 影製程機5及鍍銅槽6。 … 6/13 201218879 . 生產設備進一步具有一壓制夾具8,其中壓制夾具8位 於鍍銅槽6及收料捲筒機7之間的輸送路徑a上。壓制夾 具8用於壓制加工後的連續可捲軟性電路板2〇〗更為平貼 而不捲起。 膠帶供應機31的膠帶τ為熱固型絕緣膠帶τ。 膠帶供應機31進一步包括一截斷器311，截斷器3ιι ά於膠帶供應機31的-側並且位於平台312上，用於依序 切斷已貼合軟性電路板2〇〇的多餘膠帶τ。=Bottom: The moving platform is located in the wins supply machine 2 = in the opening. The stretch gripper has a 〇 〇 〇 and an arm, and the direction of the robot arm is applied to the T-displacement of the machine and the tension is taken from the conveyor belt. 2 Tape on the platform, where the robot arm and the platform are the same == ^ between two adjacent flexible boards. The process consists of sequentially attaching the flexible board of the upper=========================================================================================炊μ接, integrated the above-mentioned embodiment of the present invention for the flexible circuit board production of the tape bonding device and its process to prevent the single flexible circuit board from being transported or creased during the operation, reducing the appearance of poor proportion , so that the overall yield is improved, thereby reducing costs and so on. In order to enable further understanding of the features and technical content of this creation, please refer to the detailed description and drawings of the creation of the town. However, the drawings only provide references and outlines, which are not intended to limit the creation. [Embodiment] Please refer to Figure 1, figure! It is a schematic diagram of the laminating device for the flexible circuit board production 5/13 201218879 device of the present invention. The present invention provides a suitable shock mount for a flexible circuit board production apparatus, wherein the production apparatus includes a conveyor belt (10), and the conveyor belt 100 is provided with a plurality of separate flexible circuit boards (2). The bonding device 3 includes a tape supply machine 3, a stretching gripper 32, and a baking unit 33. The tape supply machine 3] has an opening 312 for outputting the tape τ and a platform 313 for placing the tape and being vertically displaceable. The opening 之一 is on one side of the tape supply unit 31, and the platform 313 is disposed in the opening 312. °′′=The stretch gripper 32 has a robot that is displaced up and down in synchronization with the platform 313. The direction of the mechanical arm 321 corresponds to the tape on the platform 313, and the tape supply and tension gripper 32 is disposed on the conveyor belt. On both sides of (10). The supply sheet 7L 33 is disposed in the laminating device 3 and is located on the conveyor belt (10) where the baking unit 33 is used to heat and cure the tape T located in the two adjacent flexible circuits 2''. The underarm and the arm 321 are retractable to grip the tape τ on the platform 313, wherein the robot 321 and the platform 313 are synchronized to press the tape between the adjacent flexible circuit boards 2''. ..., repeating the above action to form a separate flexible circuit board 2 — to form - a continuous rollable flexible circuit board 2 〇 1. φ Production and progress include a feeder 1, a drilling machine 2, a black shadow system, 5, a copper plating tank 6 and a receiving reel machine 7. The feeder i and the two rolls, the machine 7 form a transport path kA for transporting a plurality of separate flexible circuit boards 2 。. Among them, the drilling machine 2, the black shadow processing machine 5 and the reliance slot 5 are on the path A. The drilling machine 2 is located between the feeder/unloading device 3, and the image forming machine 5 and the copper plating tank 6 are sequentially disposed in the direction of the conveying path A between the bonding device 3 and the receiving reel machine 7. 6/13 201218879 . The production apparatus further has a press jig 8 in which the press jig 8 is located on the transport path a between the copper plating tank 6 and the take-up reel machine 7. The pressing clamp 8 is used for pressing and processing the continuous rollable flexible circuit board 2 〗 〖 more flat and not rolled up. The tape τ of the tape supply machine 31 is a thermosetting insulating tape τ. The tape supply machine 31 further includes a cutter 311 which is placed on the side of the tape supply machine 31 and is located on the platform 312 for sequentially cutting off the excess tape τ which has been attached to the flexible circuit board 2''.
,請參關2所示，圖2為本發額於軟性電路板之生 產圖，並懇請配合圖丨所示。製程步驟si〇l主要是先 將需加工的相鄰多張軟性電路板輸出至輸送帶⑽ 上’傳動機構(圖略)把欲加工的相鄰多張軟性電路板細 送到鑽孔機2中。Please refer to Figure 2, Figure 2 for the production of the flexible circuit board, and please see the figure. The process step si〇l mainly outputs the adjacent plurality of flexible circuit boards to be processed to the conveyor belt (10). The transmission mechanism (not shown) sends the adjacent plurality of flexible circuit boards to be processed to the drilling machine 2 in.
衣程步驟S102為將預先規劃設計好的孔型(如.通孔E 盲孔)圖樣’利用機械或雷射鑽孔的方式，祕至軟性電足 板200上，但鑽孔方式並不加以限制。 电 2步驟S1G3則是將鑽孔加卫後的相鄰多 輸送μ合裝置3。首先依序將鑽孔後的相鄰兩^ 電路板200由傳關構輸送至膠帶供應機 Γ 2〇0之間距與機械手臂321轉帶了的木 —^線。兩相鄰軟性電路板2〇0之間的間距料 η。膠帶供應機31輸出—適當長度的膠帶了於開口 處，機械手臂切朝運動方向m 夹持位，312處的適當長 • 目3A為本發_於紐電路板生產設備之貝a 7/13 201218879 合裝置之延伸動作示意圖），將膠帶τ朝運動方向D2拉回 至與軟性電路板200的寬度相同之長度(請參閱圖沌，圖 3B為本發明用於軟性電路板生產設備之貼合裝置之拉回動 作示意圖），機械手臂321與置放膠帶丁的平台313同時朝 運動方向D3下壓貼合於相鄰兩軟性電路板2〇〇之間，以枯 合兩分開的單張軟性電路板2〇〇(請參閱圖3c，圖3C為本 發明用於軟性電路板生產設備之貼合裝置之壓合動作;音 圖）’藉由膠帶供應機31的截斷器3U，將已貼合相鄰^ 性電路板200之多餘膠帶τ朝運動方向m加以截斷(請參 閱圖3D，圖3D為本發明用於軟性電路板生產設備之貼人 f置之截斷動作示意圖）。藉由重複上述動作，使位於輸^ ΐΓΙίί開的軟性電路板黏接而形成—長條狀連續 可純輯魏洲，再__構(圖軟 性電路板201至烘烤單元33進行下—作業流程/了脉 進遞是輸占好的連續可捲軟性電路板201 H、烤固化。因為製程步驟咖主妓把相鄰兩軟性電 :板〇〇作壓貼動作，但膠帶τ屬於熱固型絕緣膠帶τ， =須加财可㈣膠帶了固化，於是必連續可捲軟 性電路板201送至貼合裝置3中的 =作業。本發明烘烤單元33是以溫度16〇。二 依η犧及設計條 墨(圖略)作為導電物質二 構中具有大量電子分布，蕤吐，r 变刀卞、，口 電物質更為優越，當導能越: = 其他導 1野相對衫響加快電鑛的速 8/13 201218879 度 但本發明並不針對導電物質加以限制。本發明黑与制 程首先將烘烤固化後的連續可捲軟性電路板2〇]x輸ς〜= 影製程機5巾，經過清潔及水洗該連續可絲 20卜添加黑影劑及定影劑（圖略），水洗該連續可捲軟性 路板201後進行乾燥及檢查該連續可捲軟性電路板加1。之 後添加微㈣（目略)於板上，進行水洗該連續可録性電路 板2(Π。再將防氧化劑（圖略)添加於板上，水洗該連續二The clothing step S102 is to use a mechanical or laser drilling method to pre-plan the designed hole type (for example, the through hole E blind hole) pattern to the soft electric foot plate 200, but the drilling method is not limit. The electric 2 step S1G3 is the adjacent multi-feeding μ-closing device 3 after the drilling is applied. First, the adjacent two circuit boards 200 after drilling are sequentially transported from the transfer structure to the wood supply line between the tape supply machine Γ 2〇0 and the mechanical arm 321. The spacing between two adjacent flexible boards 2〇0 is η. The tape supply machine 31 outputs - the appropriate length of the tape is at the opening, the mechanical arm is cut toward the moving direction m, and the appropriate length is 312. • The head 3A is the hair _ Yu New circuit board production equipment, a 7/13 201218879 Schematic diagram of the extended operation of the device), pulling the tape τ back to the moving direction D2 to the same length as the width of the flexible circuit board 200 (please refer to the figure, FIG. 3B is a combination of the invention for the flexible circuit board production equipment) The pulling action of the device is as follows: the mechanical arm 321 and the platform 313 on which the tape is placed are simultaneously pressed against the adjacent two flexible circuit boards 2 朝 in the moving direction D3 to merge the two separate soft sheets. The circuit board 2〇〇 (please refer to FIG. 3c, FIG. 3C is a pressing action of the bonding device for the flexible circuit board production device of the present invention; the sound map) 'will be pasted by the cut-off device 3U of the tape supply machine 31 The excess tape τ of the adjacent circuit board 200 is cut off toward the moving direction m (refer to FIG. 3D, which is a schematic diagram of the cutting operation of the sticker device for the flexible circuit board production apparatus of the present invention). By repeating the above actions, the flexible circuit board located at the bottom of the transmission is bonded to form a long strip-like continuous series of pure Weizhou, and then __ structure (the flexible circuit board 201 to the baking unit 33 is carried out - operation) The process/pulse feed is a good continuous rollable flexible circuit board 201 H, baked and cured. Because the process steps the main two soft electric: the board is pressed, but the tape τ belongs to the thermosetting Type insulating tape τ, = must be added (4) The tape is cured, so the flexible circuit board 201 must be continuously fed to the bonding device 3 = work. The baking unit 33 of the present invention is at a temperature of 16 〇. And the design strip ink (figure omitted) as a conductive material has a large amount of electron distribution in the two structures, vomiting, r-changing knives, and the electric substance is superior, when the conduction energy is more: = the other guide 1 field is faster than the shirt The speed of the mine is 8/13 201218879 degrees, but the invention is not limited to the conductive material. The black and the process of the invention firstly bake and solidify the continuous rollable flexible circuit board 2〇]x ς~= shadow machine 5 towel After cleaning and washing, the continuous filament 20 is added with a black shadow agent and fixing (not shown), after washing the continuous rollable flexible road board 201, drying and inspecting the continuous rollable flexible circuit board plus 1. After adding the micro (four) (slightly) to the board, the water is washed and the continuous recordable circuit board is washed. 2 (Π. Add anti-oxidant (figure) to the board, wash the continuous two
軟性電路板201後進行最後的乾燥作業，乾燥後便完成敕 個黑影的製作流程。 二 經過製程步驟S105的黑影製程後，將連續可捲軟性電 路板201運送至鍍銅槽6内，製程步驟sl〇6進一步將連續 可捲軟性電路板201鍍上一層導電銅金屬，包括連續可捲 軟性電路板201上的膠帶τ貼合處。 傳動機構（圖略)會將鍍銅作業完成後的連續可捲軟性 電路板201 ’經壓制夾具8使連續可捲軟性電路板2⑴更為 平貼後，輸送至收料捲筒機7進行收料。 鲁 製程步驟S107是將加工後的連續可捲軟性電路板2〇1 捲收至收料捲筒機7内，藉此，完成多張相鄰的軟性電路 板200轉換連續可捲款性電路板201整個製作流程。 根據本發明較佳實施例，上述的用於軟性電路板生產 5又備之貼合裝置及其製程提供防止單張軟性電路板運送或 作業過程中受到磨損與發生折痕，以及減少人力成本進而 增加產品良率..·等益處。 惟以上所述料本創作之較佳實施例 ，非意欲侷限本 創作的專利保護範圍。 9/13 201218879 【圖式簡單說明】 圖1為本發明用 示意圖。 ：软性電路板生產設備之貼合裝置之 圖2為本發明用 圖3A為本發明用軟性電路板生產設備之生產製程圖。 之延伸動作示意圖\ 於軟性電路板生產設備之貼合裝置 圖3B為本發明 之拉回動作示音圖。於軟性電路板生產設備之貼合裝置 圖3C為本於明 之壓合動作示咅^ 用於軟性電路板生產設備之貼合裝置 之戴斷動作明用於軟性電路板生產設備之貼合裝置 【主要元件符號說明】 1送料機 2鑽孔機 3貼合裝置 3 1膠帶供應機 311戴斷器 3 1 2 開 〇 3 1 3平台 3 2拉伸失取機 3 2 1機械手臂 3 3烘烤單元 5黑影製程機 6鍍鋼槽 10/13 201218879 7收料捲筒機 8壓制夾具 1 00輸送帶 2 0 0軟性電路板 20 1連續可捲軟性電路板 A輸送路徑 D1〜D3運動方向 T膠帶 S101〜S107製程步驟The final drying operation is performed after the flexible circuit board 201, and after drying, the black shadow production process is completed. After the black shadow process of the process step S105, the continuous rollable flexible circuit board 201 is transported into the copper plating tank 6, and the process step sl6 further coats the continuous rollable flexible circuit board 201 with a layer of conductive copper metal, including continuous The tape τ on the flexible circuit board 201 can be attached. The transmission mechanism (not shown) will make the continuous rollable flexible circuit board 201' after the copper plating operation is completed, and the continuous rollable flexible circuit board 2(1) is flattened by the pressing jig 8, and then sent to the receiving reel machine 7 for collection. material. The process step S107 is to wind the processed continuous rollable flexible circuit board 2〇1 into the take-up reel machine 7, thereby completing the conversion of the plurality of adjacent flexible circuit boards 200 to the continuous rollable circuit board 201. Production process. According to a preferred embodiment of the present invention, the above-mentioned bonding apparatus for a flexible circuit board production 5 and a process thereof are provided to prevent wear and creases during the transportation or operation of a single flexible circuit board, and to reduce labor costs. Increase product yield.. and other benefits. However, the preferred embodiments of the above creations are not intended to limit the scope of patent protection of the present invention. 9/13 201218879 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the present invention. Fig. 2 is a manufacturing process diagram of a flexible circuit board production apparatus of the present invention. Fig. 3A is a view showing a manufacturing process of the flexible circuit board production apparatus of the present invention. Schematic diagram of the extension operation \ affixing device for the flexible circuit board production device Fig. 3B is a diagram showing the pullback action of the present invention. Fig. 3C is a laminating device for the flexible circuit board production equipment. Fig. 3C is a pressing device for the flexible circuit board production equipment. Main component symbol description] 1 feeder 2 drilling machine 3 laminating device 3 1 tape supply machine 311 wearer 3 1 2 opening 3 1 3 platform 3 2 stretching loss machine 3 2 1 robot arm 3 3 baking Unit 5 black shadow process machine 6 steel plated slot 10/13 201218879 7 receiving reel machine 8 pressing fixture 1 00 conveyor belt 2 0 0 flexible circuit board 20 1 continuous rollable flexible circuit board A transport path D1 ~ D3 movement direction T Tape S101 ~ S107 process steps