1301822 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種捲貼裝置及方法，且特別是有關 於一種軟性印刷電路板的捲貼方式及方法。 【先前技術】 近年來因電子產品日新月異，資訊、通訊、以及消費 性電子（Computer，Communication，and Consumer Electronics ; 3C)產品已成為全球成長最快速的產業之一。 由於印刷電路板（Printed Circuit Board ; PCB )能將電子零組 件連接在一起，使其發揮整體功能，係所有電子產品不可 或缺之重要零組件，因此印刷電路板經常被稱為是「電子 系統產品之母」或「3C產業之基」。 早先軟板尚未應用於電子產業的電路板時，電路板都 是由一塊不可任意彎曲的基板所製作，後來因為使用需求 及材料科學的進步，軟板逐漸應用於電路板製作，稱之為 軟性印刷電路板（Flexible Printed Circuit Board ; FPCB)。軟 I*生印刷電路板可立體配線，並且具有可配合設備以自由的 形狀瓜入經過加工的導體，以及一般硬質印刷電路板所不 能達到的可撓、輕且薄等優點。 ^習知技術中，將軟性印刷電路板捲貼於轉軸時，一般 是使用人工捲貼的方式’但是人工捲貼的方式會因左右兩 側的位置高低差不同，而造成貼歪…人工捲貼時可能 因把力不均，而造成軟性印刷電路板貼附的鬆緊度不均， 而使得捲貼後的長度出現個別性的誤差。 1301822 因此’需要一種軟性印刷電路板之捲貼裝置及方法， 以使軚性印刷電路板捲貼時的位置均一，並提高軟性印刷 電路板捲貼時的可靠度（reliabUity)及再現性 (repeatability) 〇 【發明内容】 因此本發明的目的就是在提供一種捲貼裝置及方法， 用以提高捲貼時的可靠度及再現性，進而提升產品之品質 及良率。 本發明的另一目的是在提供一種捲貼裝置及方法，用 以固定軟板與轉軸之捲貼位置。 根據本發明之上述目的，提出—種捲貼裝置，以將__ 軟板捲貼於一轉軸上。捲貼裝置包含一平台、一軟板載具、 -轉軸載具’及-升㈣置。其中轉軸載具及軟板載具係 架設於平台上’以分卵定轉軸及軟板。軟板載具係位於 轉軸下方’其中軟板具有—捲貼區，且捲貼區塗佈有一黏 膠。升降裝置可使軟板載具上升’使軟板之捲貼區接觸到 轉軸’藉由轉動轉軸載具，以轉動固定於轉軸載具上之轉 軸，並將軟板藉由黏膠捲貼於轉軸上。此捲貼裝置較佳更 包含-控制轉盤，與轉軸載具相連，藉由轉動控制轉盤， 以轉動相連之轉軸載具，進而轉動固定於轉軸載具上之轉 軸。此捲貼裝置較佳更包含—滾輪結構架設於平台上，其 中滾輪結構具有平行配置於轉軸上方之—滾輪，其中滚輪 係利用升降裝置，下移至接觸此轉軸，以藉由滚輪進一步 地使軟板服貼於轉軸上。此滾輪之材料較佳係為聚胺甲酸 1301822 酯橡膠（polyurethane rubber ; PU rubber)。此升降裝置較佳 係包含複數個氣壓缸，以使軟板載具上移，並使滾輪下移。 其中軟板更具有一非捲貼區，軟板載具較佳更包含複數個 真空吸附孔，以及一真空吸力源，以將軟板之非捲貼區固 定於軟板載具上。其中軟板載具較佳更包含一滑動塊，配 置於軟板載具及平台交接處，以使軟板載具在平台上滑 動，使軟板之捲貼區得以順利地捲貼於轉軸上。軟板較佳 係為一軟性印刷電路板（Flexible PHnte(1 Cilxuit Board; FPCB)。此轉軸更包含一定位件，轉軸載具較佳更包含一定 位件載具，以固定定位件及轉軸。定位件具有至少一突起， 而定位件載具具有對應之至少一凹槽，以固定定位件於轉 軸載具上。其中轉軸載具具有一固定元件，以固定定位件 於疋位件載具上。此固定元件較佳係為一定位旋鈕。平台 較佳更具有一開口配置於定位件載具旋轉的範圍下方，以 使定位件及轉軸進行完整的旋轉。 本發明另提出一種捲貼方法，以將一軟板捲貼於一轉 軸上。此捲貼方法包含：固定一轉軸於一轉軸載具上；放 置一軟板於一軟板載具上；使軟板載具上之軟板接觸轉 軸，轉動轉軸載具，進而轉動固定於轉軸載具上之轉軸， 以使軟板之一捲貼區藉由一粘膠捲貼於轉軸上。此捲貼方 法較佳更包含使用-滾輪觸壓轉軸及軟板，以使軟板服貼 於轉軸上。此捲貼方法較佳更包含於使用前將軟板載具及 :輪復歸至一起始位置。其中轉動轉軸之步驟，較佳更包 含轉動一控制轉盤，以轉動與控制轉盤相連之轉軸載具， 進而轉動固定於轉軸載具上之轉軸。其中捲貼軟板於轉軸 1301822 上之γ驟車乂仏更包含滑動軟板載具，使軟板之捲貼區可 順利地捲貼於轉軸上。其中放置軟板於軟板載具上之步 驟，更包含固定軟板之-非捲貼區於軟板載具。其中固定 非捲貼區於軟板載具之步驟，較佳係利用一真空吸附方式 固定非捲貼區於軟板載具。 本發明之捲貼裝置及方法，係利用機械捲貼的方式取 代舊有的人工捲貼，因此相較於人工的操作，可有效的增 加捲貼時定位的精確度，使得軟板，如軟性印刷電路板^ 貼位置均一，以提升捲貼時的可靠度及再現性，進而提高 產品的品質。 【實施方式】 以下將以圖式及詳細說明清楚說明本發明之精神，任 何所屬技術領域中具有通常知識者在瞭解本發明之較佳實 施例後，g可由本發明所教示之技術，加以改變及修飾， 其並不脫離本發明之精神與範圍。 參知、第1圖’其繪示依照本發明之捲貼裝置一較佳實 施例之示意圖。捲貼裝置100係用以將一軟板3〇〇捲貼於 一轉軸200上。此捲貼裝置100包含一平台11〇、架設於平 台110上之一轉軸載具120及一軟板載具13〇，其中轉軸 200是固定於轉軸載具120上，而軟板載具13〇較佳係位於 轉軸200下方之定位，以放置軟板3〇〇。捲貼裝置1〇〇更具 有一控制轉盤122,與轉軸載具120相連，以藉由轉動控制 轉盤122,帶動轉軸載具12〇及固定於轉軸載具ι2〇上的轉 軸200跟著旋轉。捲貼裝置100更包含一升降裝置15〇，配 1301822 置於軟板載具130下方。軟板300較佳係為一軟性印刷電 路板。升降裝置150較佳係藉由一氣壓缸驅動。 使用捲貼裝置100時，係先將軟板載具13()復歸回一 起始位置，再將軟板300放置在軟板載具13〇上。軟板3〇〇 具有一捲貼區310,將軟板300上之離型紙撕下，以露出捲 貼區310上的黏膠。轉軸200亦被固定於轉軸載具12〇上。 接下來，按下啟動開關160,則軟板載具13〇藉由升降裝置 150舉起，使得軟板載具13〇上之軟板3〇〇具有黏膠的捲貼 區310，碰觸到轉軸2〇〇。由於軟板載具13〇已復歸回起始 位置，因此捲貼區3 1 〇與轉軸200相接觸的位置亦為固定。 接著轉動控制轉盤122適當圈數，以轉動轉軸載具12〇，進 而轉動固定於轉軸載具120上之轉軸2〇〇，使轉軸2〇〇與軟 板300之捲貼區31〇藉由黏膠貼合。控制轉盤的轉動圈數， 幸乂佳地係為一固定圈數，以使每次使用時，轉軸2⑼與軟 板300的捲貼長度均相同。軟板載具13〇與平台交接 處可更配置有一滑動塊132,使得軟板載具13〇在捲貼時可 在平台110上滑動，以使軟板300順利地捲貼於轉軸2〇〇 上。 參照第2圖，其係繪示本發明之捲貼裝置另一較佳實 施例之示意圖。捲貼裝置1〇〇更包含一滾輪結構14〇配置 於平口 110上，以使軟板300可更服貼地捲貼於轉軸2〇〇 上。滾輪結構140包含一滾輪142,位於轉軸2〇〇之正上方， ^滾輪142與轉軸200係平行配置為具有同樣的轴向。當 按下啟動開關160時，滾輪142藉由升降裝置152下壓至 與轉軸200接觸，此升降裝置152較佳係利用氣壓缸驅動。 1301822 啟動開關160可利用有線或是無線的方式控制升降裝置 150及152。當轉軸200轉動，使軟板3〇〇之捲貼區31〇藉 由黏膠捲貼於轉軸200上時，滾輪142係提供一壓力，使 得軟板300與轉軸200可更緊密的貼合。滾輪142之材料 較佳係為聚胺甲酸g旨橡膠（p〇lyUrethane rubber; pu rubber^。 轉軸200更包含一定位件210,以在後續組裝時，藉由 定位件210與周邊其他元件達到較為精確的定位。轉軸載 具120更包含一定位件載具128，以固定定位件21〇。藉由 轉動控制轉盤122,轉動轉軸載具120與相連之定位件載具 128，以轉動定位件210及轉軸200。定位件21〇可具有至 少一突起212,而定位件載具128則具有對應之至少一凹槽 126，以固定定位件210於定位件載具128上。突起212之 配置較佳係對應於組裝時周邊其他元件之配置，而定位件 210與轉軸200較佳地係呈90度相連。定位件載具128更 具有一固定元件124，以進一歩固定定位件21〇。此固定元 件124可為一定位旋鈕，樞接於定位件載具128上，使用 時可推出固定元件124之定位旋鈕，以卡固定位件2丨〇於 定位件載具丨28。平台110上更具有一開口 112，以使轉動 控制轉盤122時，定位件210及轉軸2〇〇可作完整的旋轉， 而不受平台110之限制。軟板3〇〇更具有一非捲貼區32〇, 而軚板載具130上則具有複數個真空吸附孔134連接往一 真空吸力源，真空吸力源較佳可為一負壓源或一真空幫 浦三藉由按下一真空開關17〇,軟板3〇〇之非捲貼區32〇 可藉由真空吸附孔134的作用，平貼於軟板載具13〇上， 以減少軟板300可能的偏移。真空開關17〇可利用有線或 1301822 是無線的方式控制真空吸附孔134的作用。 參照第3圖，其係繪示本發明之捲貼方法一較佳實施 例之流程圖。捲貼方法400係用以將軟板300捲貼於轉軸 200上，包含固定轉軸200於轉軸載具120上之步驟410， 放置軟板300於軟板載具130上之步驟420,其中軟板載具 130係位於轉軸200下方。接著，步驟430係將軟板載具 130上之軟板300接觸轉軸200，其中此軟板300具有塗佈 有黏膠之捲貼區310，接下來之步驟440係轉動轉軸載具 120，進而轉動固定於轉軸120上之轉軸200，使軟板300 之捲貼區310藉由粘膠捲貼於轉軸200上。 捲貼方法400較佳更包含使用滾輪142觸壓轉軸200 及軟板300,以使軟板300服貼於轉軸200上。且於使用前， 較佳地需將軟板載具130及滾輪142復歸至一起始位置。 其中轉動轉軸200之步驟440，包含轉動控制轉盤122，以 轉動與控制轉盤122相連之轉軸載具120,進而轉動固定於 轉軸載具120上之轉軸200。捲貼軟板300於轉軸200上之 步驟440，更包含藉由滑動塊132滑動軟板載具130，使軟 板300之捲貼區310順利地捲貼於轉軸200上。放置軟板 300於軟板載具130上之步驟420,較佳更包含固定軟板300 之非捲貼區320於軟板載具130,此固定方式較佳地係利用 一真空吸附方式，以固定非捲貼區320於軟板載具130。 由上述本發明較佳實施例可知，應用本發明具有下列 優點。本發明之捲貼裝置及方法，係利用機械捲貼的方式 取代舊有的人工捲貼，因此相較於人工的操作，可有效地 增加捲貼時定位的精確度，使得軟板，例如軟性印刷電路 11 1301822 板，捲貼位置均一，以提升捲貼時的可靠度及再現性，進 而提高產品的品質。 雖然本發明已以一較佳實施例揭露如上，然其並非用 以限定本發明，任何所屬技術領域中具有通常知識者，在 不脫離本發明之精神和範圍内，當可作各種之更動與潤 飾，因此本發明之保護範圍當視後附之申請專利範圍料 定者為準。 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之詳細說明如下·· 第1圖係繪示依照本發明之捲貼裝置一較佳實施例之 圖。 、 第2圖係緣示依照本發明之捲貼農置另_較佳實施例1301822 IX. Description of the Invention: [Technical Field] The present invention relates to a winding device and method, and more particularly to a winding method and method for a flexible printed circuit board. [Prior Art] In recent years, information, communication, and consumer electronics (Computer, Communication, and Consumer Electronics; 3C) products have become one of the fastest growing industries in the world due to the rapid changes in electronic products. Because printed circuit boards (PCBs) can connect electronic components together to make them function as an integral part of all electronic products, printed circuit boards are often referred to as "electronic systems." The mother of the product or the foundation of the 3C industry. When the soft board was not used in the circuit board of the electronics industry, the circuit board was made of a non-arbitrarily curved substrate. Later, due to the demand for use and the advancement of materials science, the soft board was gradually applied to the board production, which is called soft. Flexible Printed Circuit Board (FPCB). The soft I* raw printed circuit board can be three-dimensionally wired, and has the advantage of being able to fit into the processed conductor in a free shape, as well as the flexibility, lightness, and thinness that a conventional hard printed circuit board cannot achieve. ^In the conventional technology, when a flexible printed circuit board is attached to a rotating shaft, it is generally a method of using a manual roll-rolling method. However, the method of artificially rolling the tape may be different due to the difference in height between the left and right sides, resulting in a sticker. When the sticker is applied, the tightness of the flexible printed circuit board may be uneven due to uneven force, and the length after the roll-on is subject to an individual error. 1301822 Therefore, there is a need for a flexible printed circuit board packaging device and method for uniformity of the position of the flexible printed circuit board, and to improve the reliability and reproducibility of the flexible printed circuit board. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a winding device and method for improving the reliability and reproducibility of a roll, thereby improving the quality and yield of the product. Another object of the present invention is to provide a winding device and method for fixing a position of a flexible board and a reel. According to the above object of the present invention, a winding device is proposed to affix a __ soft board to a rotating shaft. The winding device comprises a platform, a soft board carrier, a shaft carrier 'and a - liter (four). Among them, the rotating shaft carrier and the soft board carrier are mounted on the platform to fix the rotating shaft and the soft board. The soft board carrier is located below the rotating shaft, where the soft board has a roll-up area, and the roll-bonding area is coated with an adhesive. The lifting device can raise the soft board carrier to make the soft board winding area contact the rotating shaft. By rotating the rotating shaft carrier, the rotating shaft fixed on the rotating shaft carrier is rotated, and the soft board is attached to the rotating shaft by the adhesive roll. on. Preferably, the labeling device includes a control dial coupled to the spindle carrier for rotating the associated spindle carrier by rotating the control spindle to rotate the spindle fixed to the spindle carrier. Preferably, the labeling device comprises a roller structure mounted on the platform, wherein the roller structure has a roller disposed in parallel above the rotating shaft, wherein the roller is moved downward to contact the rotating shaft by using a lifting device to further make the roller The soft board is attached to the rotating shaft. The material of the roller is preferably polyurethane rubber (PU rubber). Preferably, the lifting device includes a plurality of pneumatic cylinders for moving the softboard carrier up and moving the roller downward. The soft board further has a non-rolling area, and the soft board carrier preferably further comprises a plurality of vacuum suction holes, and a vacuum suction source for fixing the non-rolling area of the soft board to the soft board carrier. Preferably, the soft board carrier further comprises a sliding block disposed at the intersection of the soft board carrier and the platform, so that the soft board carrier slides on the platform, so that the soft board wrapping area can be smoothly wound on the rotating shaft. . The flexible board is preferably a flexible printed circuit board (Flexible PHN). The rotating shaft further includes a positioning member, and the rotating shaft carrier preferably further includes a positioning member carrier for fixing the positioning member and the rotating shaft. The positioning member has at least one protrusion, and the positioning member carrier has at least one corresponding groove for fixing the positioning member on the rotating shaft carrier. The rotating shaft carrier has a fixing component for fixing the positioning member on the clamping member carrier. Preferably, the fixing component is a positioning knob. The platform preferably has an opening disposed below the range of rotation of the positioning component carrier to complete the rotation of the positioning component and the rotating shaft. The invention further provides a winding method. To roll a flexible board onto a rotating shaft. The winding method comprises: fixing a rotating shaft on a rotating shaft carrier; placing a soft board on a soft board carrier; and contacting the soft board on the soft board carrier; Rotating the shaft, rotating the rotating shaft carrier, and rotating the rotating shaft fixed on the rotating shaft carrier, so that one of the flexible sheets is attached to the rotating shaft by an adhesive film. The winding method preferably includes using the -roller pressure Rotating shaft and The plate is adapted to be attached to the rotating shaft. The winding method preferably includes the soft board carrier and the wheel returning to a starting position before use. The step of rotating the rotating shaft preferably includes a rotation control The turntable rotates the rotating shaft carrier connected with the control turntable, and then rotates the rotating shaft fixed on the rotating shaft carrier. The γ-crushing vehicle which is attached to the rotating shaft on the rotating shaft 1301822 further comprises a sliding soft board carrier to make the soft board The roll attachment area can be smoothly wound on the rotating shaft, wherein the step of placing the soft board on the soft board carrier includes the non-rolling area of the fixed soft board in the soft board carrier, wherein the fixed non-rolling area is The step of the soft board carrier preferably uses a vacuum adsorption method to fix the non-rolling area to the soft board carrier. The roll labeling apparatus and method of the present invention replaces the old artificial roll label by means of mechanical winding. Therefore, compared with the manual operation, the positioning accuracy of the labeling can be effectively increased, so that the soft board, such as the flexible printed circuit board, is uniformly positioned to improve the reliability and reproducibility of the labeling, thereby improving the product. Quality. The spirit and scope of the present invention will be apparent from the following description of the preferred embodiments of the invention. The present invention does not depart from the spirit and scope of the present invention. Reference is made to Fig. 1 which shows a schematic view of a preferred embodiment of a winding device according to the present invention. The winding device 100 is used for a flexible board. The reeling device 100 is mounted on a rotating shaft 200. The reeling device 100 includes a platform 11 , a rotating shaft carrier 120 mounted on the platform 110 , and a soft board carrier 13 , wherein the rotating shaft 200 is fixed on the rotating shaft carrier 120 . The soft board carrier 13 is preferably positioned below the rotating shaft 200 to place the flexible board 3. The winding device 1 further has a control dial 122 connected to the rotating shaft carrier 120 for rotation. The control dial 122 drives the rotating shaft carrier 12 and the rotating shaft 200 fixed on the rotating shaft carrier ι2 to rotate. The reeling device 100 further includes a lifting device 15A, and the 1301822 is placed under the soft board carrier 130. The flexible board 300 is preferably a flexible printed circuit board. The lifting device 150 is preferably driven by a pneumatic cylinder. When the labeling device 100 is used, the soft board carrier 13() is first returned to a home position, and the board 300 is placed on the board carrier 13A. The flexible board 3 has a roll of tabs 310 to tear off the release paper on the flexible board 300 to expose the adhesive on the tape area 310. The rotating shaft 200 is also fixed to the rotating shaft carrier 12A. Next, when the start switch 160 is pressed, the soft board carrier 13 is lifted by the lifting device 150, so that the soft board 3 on the soft board carrier 13 has the adhesive tape area 310, which is touched. The shaft is 2〇〇. Since the soft board carrier 13 has been returned to the starting position, the position where the winding area 3 1 接触 is in contact with the rotating shaft 200 is also fixed. Then, the control turntable 122 is rotated to rotate the rotating shaft carrier 12〇, and then the rotating shaft 2〇〇 fixed to the rotating shaft carrier 120 is rotated, so that the rotating shaft 2〇〇 and the winding area 31 of the flexible board 300 are adhered. Adhesive bonding. Control the number of turns of the turntable. Fortunately, the number of turns is a fixed number of turns, so that the roll length of the shaft 2 (9) and the flexible plate 300 are the same for each use. The sliding plate 132 can be further disposed at the interface between the flexible board carrier 13 and the platform, so that the soft board carrier 13 can slide on the platform 110 when the label is applied, so that the flexible board 300 can be smoothly wound on the rotating shaft 2〇〇. on. Referring to Fig. 2, there is shown a schematic view of another preferred embodiment of the winding device of the present invention. The reeling device 1 further includes a roller structure 14 〇 disposed on the flat opening 110 so that the soft board 300 can be more conformally wound on the rotating shaft 2 。. The roller structure 140 includes a roller 142 located directly above the rotating shaft 2, and the roller 142 is disposed in parallel with the rotating shaft 200 to have the same axial direction. When the start switch 160 is pressed, the roller 142 is pressed down by the lifting device 152 to contact the rotating shaft 200, and the lifting device 152 is preferably driven by a pneumatic cylinder. 1301822 The start switch 160 can control the lift devices 150 and 152 in a wired or wireless manner. When the rotating shaft 200 is rotated so that the winding portion 31 of the flexible board 3 is attached to the rotating shaft 200 by the adhesive roll, the roller 142 provides a pressure, so that the soft board 300 and the rotating shaft 200 can be more closely fitted. The material of the roller 142 is preferably a rubber (p〇lyUrethane rubber; pu rubber^). The rotating shaft 200 further includes a positioning member 210 for later assembly, by the positioning member 210 and other peripheral components. Accurate positioning. The shaft carrier 120 further includes a positioning member carrier 128 for fixing the positioning member 21. By rotating the control dial 122, the rotating shaft carrier 120 and the associated positioning member carrier 128 are rotated to rotate the positioning member 210. And the rotating shaft 200. The positioning member 21A can have at least one protrusion 212, and the positioning member carrier 128 has a corresponding at least one groove 126 for fixing the positioning member 210 on the positioning member carrier 128. The protrusion 212 is preferably disposed. The positioning member 210 and the rotating shaft 200 are preferably connected at 90 degrees to each other. The positioning member carrier 128 further has a fixing member 124 for further fixing the positioning member 21〇. The component 124 can be a positioning knob pivotally connected to the positioning component carrier 128. In use, the positioning knob of the fixing component 124 can be pushed out to engage the positioning component 2 to the positioning component carrier 28. The platform 110 further has An opening 112 In order to rotate the control dial 122, the positioning member 210 and the rotating shaft 2 can be completely rotated without being restricted by the platform 110. The soft board 3 has a non-rolling area 32 〇, and the 軚 board carrier 130 has a plurality of vacuum adsorption holes 134 connected to a vacuum suction source, the vacuum suction source preferably can be a negative pressure source or a vacuum pump three by pressing a vacuum switch 17 〇, the soft board 3 The non-rolling area 32 can be flatly attached to the soft board carrier 13 by the action of the vacuum suction hole 134 to reduce the possible offset of the soft board 300. The vacuum switch 17 can be wired or the 1301822 is wireless. The function of the vacuum adsorption hole 134 is controlled. Referring to Fig. 3, there is shown a flow chart of a preferred embodiment of the winding method of the present invention. The winding method 400 is used to wind the flexible board 300 on the rotating shaft 200. The step 410 of placing the flexible shaft 200 on the rotating shaft carrier 120, the step 420 of placing the flexible board 300 on the flexible board carrier 130, wherein the soft board carrier 130 is located below the rotating shaft 200. Next, the step 430 is to apply the soft board. The flexible board 300 on the 130 contacts the rotating shaft 200, wherein the soft board 300 has a coating viscosity The roll bonding area 310, the next step 440 is to rotate the rotating shaft carrier 120, and then rotate the rotating shaft 200 fixed on the rotating shaft 120, so that the winding area 310 of the flexible board 300 is attached to the rotating shaft 200 by the adhesive tape. The method 400 preferably further includes pressing the rotating shaft 200 and the soft board 300 with the roller 142 to apply the soft board 300 to the rotating shaft 200. Before use, the soft board carrier 130 and the roller 142 are preferably returned to A starting position, wherein the step 440 of rotating the rotating shaft 200 includes rotating the control dial 122 to rotate the rotating shaft carrier 120 connected to the control dial 122, thereby rotating the rotating shaft 200 fixed to the rotating shaft carrier 120. Step 440 of rolling the flexible board 300 on the rotating shaft 200 further includes sliding the soft board carrier 130 by the sliding block 132, so that the winding area 310 of the flexible board 300 is smoothly wound on the rotating shaft 200. The step 420 of placing the flexible board 300 on the flexible board carrier 130 preferably further includes the non-rolling area 320 of the fixed flexible board 300 on the soft board carrier 130. The fixing manner is preferably by a vacuum suction method. The non-rolling area 320 is fixed to the soft board carrier 130. It will be apparent from the above-described preferred embodiments of the present invention that the application of the present invention has the following advantages. The roll-up device and method of the present invention replaces the old manual roll with a mechanical roll, so that the accuracy of the positioning when the roll is applied can be effectively increased compared with the manual operation, so that the soft board, for example, soft Printed circuit 11 1301822 board, the position of the roll is uniform, to improve the reliability and reproducibility of the roll, and thus improve the quality of the product. Although the present invention has been described above in terms of a preferred embodiment, it is not intended to limit the scope of the present invention, and it is possible to make various changes without departing from the spirit and scope of the invention. The scope of protection of the present invention is therefore subject to the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; A diagram of a preferred embodiment of the apparatus. Figure 2 is a perspective view of a roll-on farm according to the present invention.
第3圖係繪示依照本發明之捲貼方法 流程圖。 一較佳實施例之 【主要元件符號說明】 100 : :捲貼裝置 112 開口 122 控制轉盤 126 凹槽 130 軟板載具 110 :平台 120 :轉軸載具 124 :固定元件 128·定位件载且 132 :滑動塊 12 1301822 134 :真空吸附孔 142 :滾輪 152 :升降裝置 170 :真空開關 210 :定位件 300 ··軟板 320 :非捲貼區 410 :步驟 430 :步驟 140 :滾輪結構 150 :升降裝置 160 :啟動開關 200 :轉軸 212 :突起 310 :捲貼區 400 :方法 420 :步驟 440 :步驟 13Figure 3 is a flow chart showing a method of wrapping a roll in accordance with the present invention. [Description of main component symbols] 100: : Winding device 112 Opening 122 Control carousel 126 Groove 130 Soft plate carrier 110: Platform 120: Rotary carrier 124: Fixing element 128·Positioning member and 132 : Slide block 12 1301822 134 : Vacuum suction hole 142 : Roller 152 : Lifting device 170 : Vacuum switch 210 : Positioning member 300 · Soft board 320 : Non-rolling area 410 : Step 430 : Step 140 : Roller structure 150 : Lifting device 160: start switch 200: shaft 212: protrusion 310: roll area 400: method 420: step 440: step 13