M383895 . 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種用於軟性印刷電路板覆蓋層壓合製 程的壓合機構。 【先前技術】 . 軟性印刷電路板（FPCB)於其表面鋼線路蝕刻完成，均 需進行覆蓋層（coverlayer)壓合製程，用以覆蓋保護該軟性 # 印刷電路板上钱刻完成之線路’防止產生短路，線路氧 化、污染及靜電燒結等異常問題。 軟性印刷電路板進行覆蓋層壓合製程時，以單面壓合 製程為例，如第三圖所示’其係令利用壓合機構中分別將 成捲的軟板（60)、結合離形紙的覆蓋層（7〇)以及玻璃纖維 布（80)等導入一氣冷系統式壓合機具（9〇)中疊合，並施以 加壓作用，使覆蓋層緊密地貼合於軟板，再撕離離形紙 (7〇a)、玻璃纖維布（80)分別捲收於不同收料輪（91)(92) 鲁 上，以及令壓合覆盖層的軟板（60a)捲收於另一收料輪（93) 上。 惟前述壓合機構雖具備自動出料、壓合及收料的功 能’提供軟性印刷電路板連續式壓合製程之用，然而該壓 合機構係使用氣冷系統，無法提供較佳的冷卻效果，於該 壓合機構的壓合段處，其工作溫度約為55〇〇〜65^，因覆 蓋層之反應溫度約為40°c，氣冷系統式壓合機構工作溫度 相較於覆蓋層反應溫度偏高，以致覆蓋層壓合於軟板時易 產氣泡，而影響軟性印刷電路板之品質，實有加以克服改 善之必要。 再者，刖述連續式軟性印刷電路板僅適用於單 層之壓合製程，不適用於 【新型内容】 錐本創作之主要目的在於提供一種軟性印刷電路板單面/ 續壓合機構’希藉此設計，解決現有氣冷系統式廢 :機構連續進行軟板壓合覆蓋層時因工作溫度偏高而易羞 乳泡之缺點，以及現有氣冷系統式壓合機構應用軟性電 板又面壓合覆蓋層時易發生壓合異常之問題。 為達成前揭目的’本創作軟性印刷電路板單面/雙面連 續壓合機構係包含： 一機台’其上規劃有一屡合區、位於麼合區兩側的出 料區與收料區，以及一自出料區經過壓合區至收料區的軟 板輪送路杈，該收料區於軟板輸送路徑之鄰近壓合區處具 有一下層脫料區間，於下層脫料區間之後具有—上層脫料 區間； 一水冷式壓合裝置，設於該機台壓合區，用以連接冷 卻水循環系統及提供壓合力量； 一出料裝置，係設於出料區，該出料裝置包含一個軟 板出料輪、二個第一出料輪以及二個第二出料輪，該軟板 出料輪設於軟板輸送路徑的前端，用以提供捲狀軟板設置 其上，將軟板沿軟板輸送路徑送入該水冷式壓合裝置中， S玄二個第一出料輪分設於軟板輸送路徑上、下方，用以提 供捲狀具有離形紙的覆蓋層設置其上，自上、下方輸入具 有離形紙的覆蓋層與軟板上下表面貼合，該二個第二出料 4 M383895 輪分設於軟板輸送路徑上 '下方，用以提供捲狀玻璃纖維 布設置其上，以及自上下方分別輸入玻璃纖維布與軟板 上、下層具有離形紙的覆蓋層貼合，且一同進入水冷式壓 合裝置；以及 7 >M383895 . V. New description: [New technical field] This is a press-fit mechanism for flexible printed circuit board overlay lamination process. [Prior Art] . The flexible printed circuit board (FPCB) is etched on the surface of the steel line, and a cover layer pressing process is required to cover the protection of the softness. Abnormal problems such as short circuit, line oxidation, pollution and static sintering. When the flexible printed circuit board is covered and laminated, the single-sided pressing process is taken as an example, as shown in the third figure, which uses a separate soft-plate (60) in the press-fit mechanism. The paper cover layer (7〇) and the glass fiber cloth (80) are introduced into an air-cooling system type press machine (9〇), and are pressed to apply the cover layer to the soft board. The tear-off release paper (7〇a) and the glass fiber cloth (80) are respectively wound up on the different receiving wheels (91) (92), and the soft board (60a) of the press-covered cover is wound up. On the other receiving wheel (93). However, the above-mentioned pressing mechanism has the functions of automatic discharging, pressing and receiving, and provides a continuous pressing process for a flexible printed circuit board. However, the pressing mechanism uses an air cooling system and cannot provide a better cooling effect. At the pressing section of the pressing mechanism, the working temperature is about 55 〇〇~65^, and the reaction temperature of the covering layer is about 40 ° C, and the operating temperature of the air-cooling system pressing mechanism is higher than that of the covering layer. The reaction temperature is so high that it is easy to produce bubbles when the laminate is laminated on a soft board, and the quality of the flexible printed circuit board is affected, which is necessary to overcome the improvement. Furthermore, the description of the continuous flexible printed circuit board is only applicable to the single-layer pressing process, and is not applicable to [new content]. The main purpose of the cone creation is to provide a flexible printed circuit board single-sided/continuous pressing mechanism. This design solves the problem of the existing air-cooled system waste: the shortcomings of the machine that is easy to shy foam due to the high working temperature when the soft plate is pressed and pressed, and the application of the soft plate of the existing air-cooled system press mechanism The problem of improper press-fitting is prone to occur when the cover layer is pressed. In order to achieve the pre-existing purpose, the single-sided/double-sided continuous press-fit mechanism of the present flexible soft printed circuit board comprises: a machine platform on which a discharge area and a receiving area on both sides of the commissary area are planned. And a soft board transfer path from the nip area to the receiving area from the discharge area, the receiving area has a lower stripping interval at the adjacent nip area of the soft board conveying path, and the lower stripping section Then, there is an upper-layer stripping section; a water-cooling pressing device is arranged in the press-comparting area of the machine for connecting the cooling water circulation system and providing a pressing force; a discharging device is disposed in the discharging area, and the discharging The material device comprises a soft plate discharge wheel, two first discharge wheels and two second discharge wheels, and the soft plate discharge wheel is disposed at the front end of the flexible plate conveying path for providing the roll-shaped soft plate to set the same The soft board is fed into the water-cooling pressing device along the soft board conveying path, and the two first discharging wheels of the S-series are disposed on the lower and lower sides of the soft board conveying path for providing the roll-shaped paper with the release paper. The cover layer is disposed thereon, and the cover layer with the release paper is input from the top and the bottom. The upper and lower surfaces of the plate are attached, and the two second discharges 4 M383895 are arranged on the lower side of the soft board conveying path to provide the rolled glass fiber cloth thereon, and the glass fiber cloth and the soft input from the upper and lower sides respectively. The upper and lower layers have a cover layer of release paper and are joined together to enter the water-cooled pressing device; and 7 >
-收料裝置，係設於收料區，該收料裝置包含一個軟 板收料輪、二㈤第一收料輪以及二個第二收料輪，該軟板 收料輪設於軟板輸送路徑後端，提供壓合有覆蓋層的軟板 捲收其上，該二個第一收料輪分設於軟板輸送路徑上、下 方，用以分別自下層脫料區間以及上層脫離區間處分別收 取剝離的離形紙’該二個第二收料輪分設於軟板輸送路徑 上、下方，用以分別自下層脫料區間以及上層脫料區間處 分別收取剝離的玻璃纖維布。 本創作藉由前揭軟性印刷電路板單面/雙面連續壓合機 構設計，其特點在於可一機通用於軟板單面或雙面壓合覆 蓋層之製程，且該壓合機構使用水冷式壓合裝置，可令其 工作溫度於覆蓋層反應溫度以下，避免覆蓋層因前段壓合 溫度而產生氣泡之情事。 本創作之次要目的，係令軟性印刷電路板單面/雙面連 續壓合機構於收料區的軟板輸送路徑下方設置支標板，並 於支撐板上方於下層脫料區間與上層脫料區間之間設置抵 壓器’用以軟板雙面壓合覆蓋層的製程中，先後剝離下層 及上層的離形紙及玻璃纖維布的拉扯過程中，可有效防止 軟板及其上下覆蓋層變形之缺陷。 【實施方式】 第一、二圖所示，係揭示本創作軟性印刷電路板單 5 ««3895 面/雙面連續壓合機構之數種較佳實施例，由圖中可以見及 所述軟性印刷電路板單面/雙面連續壓合機構係包含一機 台、一水冷式壓合裝置（20)、一出料裝置（3〇)以及一收料 置（40)或如第二圖所示，進一步包含一抵壓器（5〇)， 其中： 該機台（10)規劃有一壓合區（U)以及分位於壓合區（11) 兩側的出料區（12)與收料區（13)，並規劃有一自出料區（12) 經過壓合區（1〇至收料區（13)的軟板輸送路徑（14)，該機 台（10)於壓合區的軟板輸送路徑（14)處設有導板 (15)，於收料區（13)之軟板輸送路徑（14)下方設有一支撑 板（16)，該支撐板（16)鄰近壓合區（11)之一端與壓合區（11) 的導板（15)之間具有一下層脫料區間（17)，於支撐板（16) 處相對於下層脫料區間（17)的後方定義有一上層脫料區間 (18) 〇 該水冷式壓合裝置（20)係設於該機台（1〇)壓合區（11) 之導板（15)前方處，該水冷式壓合裝置（2〇)包含二組上下 相對設置的壓合構件（21)，該二壓合構件（21)用以連接冷 卻水循環系統，維持該二壓合構件（21)於預定溫度以下。 該出料裝置（30)係設於機台（10)之出料區（12)，該出料 裝置（30)包含一個軟板出料輪（31)、二個第一出料輪（32)以 及二個第二出料輪（33)，該軟板出料輪（31)係設於軟板輸 送路徑（14)的前端，提供捲狀軟板（60)設置其上，將軟板 (6〇)沿軟板輸送路徑（14)送入該水冷式壓合裝置（20)之二壓 合構件（21)間，該二個第一出料輪（32)係分別設於該軟板 輸送路徑（14)上、下方，用以分別提供捲狀具有離形紙的 6 M383895 覆蓋層（70)設置其上’自軟板（60)上下方分別輸入具有離 形紙的覆蓋層（70) ’與軟板（60)上下表面貼合，該二個第 二出料輪（33)係分別設於該軟板輪送路徑（14)上、下方， 用以分別提供捲狀玻璃纖維布（80)設置其上，自軟板（6〇) 上下方分別輸入玻璃纖維布（80)，與軟板（60)上下層呈有 離形紙的覆蓋層（70)貼合。 前述出料裝置（30)中’經由上層的第一出料輪（32)以 及第二出料輪（33)分別對軟板輸送路徑（14)導入具有離形 紙的覆盍層（70)及玻璃纖維布（8〇)的位置，以位於下層的 第一出料輪（32)(32a)以及第二出料輪（33)(33a)分別對軟板 輸送路徑（14)導入具有離形紙的覆蓋層（7〇)及玻璃纖維布 (80)的位置之前方為佳；再者’前述出料裝置（3〇)尚可包 含數滾輪（34)，分別設設置於軟板出料輪（31)至軟板輸送 路徑（14)之間、各第一出料輪（32)(322〇至軟板輸送路徑（14) 之間以及各第二出料輪（33)(33a)至軟板輸送路徑（14)之 間。 該收料裝置（40)係設於機台（1〇)之收料區（13)，該收 料裝置（40)包含一個軟板收料輪（41 )、二個第一收料輪 (42)(42a)以及二個第二收料輪（43)(43a)，該軟板收料輪 (41)係設於軟板輸送路徑（14)的後端，提供壓合有覆蓋層 的軟板（60a)捲收其上，該二個第一收料輪（42)(42a)係分 別設於該軟板輸送路徑（14)上、下方，用以分別自下層脫 料區間（17)以及上層脫料區間（18)處收取自覆蓋層（7〇)剝離 的離形紙（70a) ’該二個第二收料輪（43)(43a)係分別設於 該軟板輸送路徑（14)上 '下方，用以分別自下層脫料區間 7 M383895 (17〉以及上層脫料區間（18)處收取剝離的玻璃纖維布（8〇)。 如第二圖所示’該收料裝置（40)尚包含一下層脫料導 輪（44)以及一上層脫料導輪（45)，該下層脫料導輪（44)設 於下層脫料區間（17)之軟板輸送路徑（14)下方，用以導引 軟板（60a)下方自覆蓋層（7〇)剝離的離形紙（7〇a)與玻璃纖 維布（80)至下層的第一收料輪（42)及第二收料輪（43)，該上 層脫料導輪（45)設於上層脫料區間（18)之軟板輸送路徑（14) 上方’用以導引軟板（60)上方自覆蓋層剝離的離形紙（7〇a) _ 與玻璃纖維布（80)至上層第一收料輪（42)及第二收料輪 (43)。 如第二圖所示’該抵壓器（5〇)係設於機台（1〇)收料區 (13)的支撐板（16)上方，且位於下層脫料區間（17)與上層 脫料區間（18)之間’於本較佳實施例，該抵壓器（5〇)係設 於支標板（16)鄰近下層脫料區間（17)的端部，且位於上層 料脫料區間（18 )前方’用以在下層離形紙（70a)與玻璃纖維 布（80)剝離處之後、上層離形紙（7〇a)與玻璃纖維布（8〇)剝 •離處之前對尚黏貼於軟板（60)上表面具有離形紙的覆蓋層 ' 及玻璃纖維布施以壓抵力。 本創作軟性印刷電路板單面/雙面連續壓合機構可適用 軟板單面或雙面連續壓合覆蓋層之製程，其中： 於軟板單面壓合覆蓋層之製程時，其係於出料裝置（3〇) 之軟板出料輪（31)上放置捲狀軟板（60)，下層的第一出料 輪（32a)放置捲狀具有離形紙的覆蓋層（7〇)，下層的第二出 料輪（33a)放.置捲狀玻璃纖維布（80)，並令軟板（6〇)導入軟 板輸送路徑（14)，具有離形紙的覆蓋層（7〇)及捲狀玻璃纖 8 M383895 維布（80)自軟板（60)下方導入軟板輸送路徑（14)，與軟板 (60)—同導入水冷式壓合裝置/的二壓合構件（21)之間被施 壓’其中該二壓合構件（21)因係利用水冷式方式，可控制 工作溫度小於覆蓋層的反應溫度（40 °C)，而使軟板與覆蓋 層壓合固結一起，並通過機台（1〇)壓合區（11)的導板（15) 進入收料區（13) ’並於下層脫料區間（17)處令玻璃纖維布 • (80)以及離形紙（70a)先後剝離，並分別為下層的第二收料 輪（43a)、第一收料輪（42a)所捲收，壓合有覆蓋層的軟板 _ (60)則通過支撐板（16)上方’再為軟板收料輪（41)加以捲 收。 於軟板雙面壓合覆蓋層之毁程時，其係於出料裝置（3〇) 之軟板出料輪（31)上放置捲狀軟板（60)，上下層的第一出 料輪（32)(32a)放置捲狀具有離形紙的覆蓋層（7〇)，上下層 的第二出料輪（33)(33a)放置捲狀玻璃纖維布（8〇)，並令軟 板（60)導入軟板輸送路徑（14)，並由上層第一出料輪（32) 以及第二出料輪（33)先將具有離形紙的覆蓋層（7〇)以及玻 ® 璃纖維布（80)導入軟板輸送路徑（14)依序與軟板（6〇)上表 ' 面疊合。 接續由下層第一出料輪（32a)以及第二出料輪（33a)將 具有離形紙的覆蓋層（70)以及玻璃纖維布（8〇)導入軟板輸 送路徑（14)依序與軟板下表面疊合，再一同導入水冷式壓 合褒置（20)的二壓合構件（21)之間被施壓，其中該二塵a 構件（21)係利用水冷式方式，可控制工作溫度於覆蓋層的 反應溫度uor)以下，而使軟板（60)與上下覆蓋層（7〇)壓 合固結一起，並通過機台（1〇)壓合區（11)的導板叼進入 9 M383895 收料區（13)，於下層脫料區間（17)處先令下層的玻璃纖維 布（80)以及離形紙（70a)先後剝離，分別為下層的第二收料 輪（43a)、第一收料輪（42a)所捲收，並藉由抵壓器（5〇)對 軟板及其上層玻璃纖維布以及具有離形紙的覆蓋層施壓， 以免軟板及其上下覆蓋層產生變形，之後，於支撐板（16) 的上層脫料區間（18)處令上層的玻璃纖維布（8〇)以及離形 • 紙（70a)先後剝離，分別為上層的第二收料輪（43)、第一收 •料輪（42)所捲收，上下壓合有覆蓋層的軟板（60&)則為軟板 _ 收料輪（41)加以捲收。 由以上說明可知’本創作所設計之軟性印刷電路板單 面/雙面連續壓合機構可一機通用於軟板單面或雙面壓合覆 蓋層之製程，且該壓合機構係使用水冷式壓合裝置，可令 其工作溫度於覆蓋層反應溫度以下，避免覆蓋層因前段壓 合溫度而產生氣泡之情事，此外，本創作應用於軟板雙面 壓合覆蓋層製程中，於先後剝離離形紙及玻璃纖維布過程 申，可有效防止軟板及其上下覆蓋層變形之缺陷，故本創 作為軟性印刷電路板壓合製程提供一項極具實用性的壓合 機構。 ° 【圖式簡單說明】 第一圖係本創作軟性印刷電路板單面/雙面連續壓合機 構之較佳貫施例之平面示意圖。 第二圖係本創作軟性印刷電路板單面/雙面連續壓合機 構增s又辅壓器之另一較佳實施例之平面示意圖。 第一圖係習知軟性印刷電路板連續單面壓合機構之平 面示意圖。 M383895 【主要元件符號說明】 (1〇)機台 (12)出料區 (14)軟板輸送路徑 (16)支撐板 (18)上層脫料區間 (20)水冷式壓合裝置 (30)出料裝置 (32) (32a)第一出料輪 (33) (33a)第二出料輪 (34) 滚輪 (40)收料裝置 (42) (42a)第一收料輪 (43) (43a)第二收料輪 (44) 下層脫料導輪 (50)抵壓器 (60)(60a)軟板 (70)具有離形紙的覆蓋層 (70a)離形紙 (80)玻璃纖維布 (90) 氣冷糸統式壓合機具 (91) 收料輪 (93)收料輪 (11)壓合區 (1 3)收料區 (15)導板 (1 7)下層脫料區間 (21)壓合構件 (31)軟板出料輪 (41)軟板收料輪 (45)上層脫料導輪 (92)收料輪- a receiving device, which is disposed in the receiving area, the receiving device comprises a soft board receiving wheel, two (5) first receiving wheels and two second receiving wheels, the soft board receiving wheel is arranged on the soft board The rear end of the conveying path is provided with a soft plate press-fitted with a cover layer, and the two first receiving wheels are respectively disposed on the lower and lower sides of the soft plate conveying path for respectively separating from the lower layer and the upper layer. The stripped release papers are respectively collected. The two second receiving wheels are disposed on the lower and lower sides of the soft board conveying path for respectively taking off the stripped glass fiber cloth from the lower layer discharging section and the upper layer stripping section. This design is designed by a single-sided/double-sided continuous pressing mechanism for soft printed circuit boards, which is characterized in that it can be used for one-sided or double-sided pressure-bonding coating of a soft board, and the pressing mechanism uses water cooling. The pressing device can make the working temperature below the reaction temperature of the coating layer, and avoid the bubble of the covering layer due to the pressing pressure of the front section. The secondary purpose of this creation is to make the flexible printed circuit board single-sided/double-sided continuous pressing mechanism to set the supporting plate below the soft board conveying path in the receiving area, and to take off the upper layer from the lower layer in the lower layer. The pressure device is arranged between the material sections for the process of pressing the cover layer on both sides of the soft board, and the separation process of the lower layer and the upper layer of the release paper and the glass fiber cloth is successively removed, thereby effectively preventing the soft board and its upper and lower covers. Defects in layer deformation. [Embodiment] The first and second figures show several preferred embodiments of the flexible printed circuit board single 5 ««3895 face/double-sided continuous press-fit mechanism, which can be seen from the figure. The single-sided/double-sided continuous pressing mechanism of the printed circuit board comprises a machine table, a water-cooling pressing device (20), a discharging device (3〇), and a receiving device (40) or as shown in the second figure. The utility model further comprises an pressure device (5〇), wherein: the machine table (10) is planned with a pressing area (U) and a discharging area (12) and a receiving area which are located on both sides of the pressing area (11). Zone (13), and plan a self-discharging zone (12) through the nip zone (1〇 to the receiving zone (13) of the soft board conveying path (14), the machine (10) is soft in the nip zone A guide plate (15) is disposed at the plate conveying path (14), and a support plate (16) is disposed below the soft plate conveying path (14) of the receiving area (13), and the supporting plate (16) is adjacent to the nip area ( 11) There is a lower stripping interval (17) between one end and the guide plate (15) of the nip (11), and an upper layer is defined at the rear of the support plate (16) with respect to the lower stripping section (17). Take off (18) The water-cooling pressing device (20) is disposed in front of the guide plate (15) of the press-fit area (11) of the machine (1), and the water-cooling press device (2) includes Two sets of pressing members (21) disposed opposite each other, the two pressing members (21) are for connecting a cooling water circulation system to maintain the two pressing members (21) below a predetermined temperature. The discharging device (30) is Located in the discharge area (12) of the machine table (10), the discharge device (30) comprises a soft plate discharge wheel (31), two first discharge wheels (32) and two second discharges a wheel (33), the soft plate discharge wheel (31) is disposed at a front end of the flexible plate conveying path (14), and a roll-shaped flexible plate (60) is disposed thereon, and the soft plate (6〇) is conveyed along the soft plate The path (14) is sent between the two pressing members (21) of the water-cooling pressing device (20), and the two first discharging wheels (32) are respectively disposed on the soft plate conveying path (14). Below, a 6 M383895 cover layer (70) for providing a roll-shaped paper with a release sheet is provided thereon, and a cover layer (70) with a release paper and a soft board (60) are respectively input from the upper and lower sides of the soft board (60). ) upper and lower surface fit The two second discharge wheels (33) are respectively disposed on the lower and lower sides of the soft plate transfer path (14) for respectively providing the roll-shaped glass fiber cloth (80) disposed thereon, from the soft board (6〇) The glass fiber cloth (80) is respectively input into the upper and lower sides, and is attached to the upper layer of the soft board (60) with a cover layer (70) of the release paper. The first discharge of the upper layer through the upper layer of the discharge device (30) The wheel (32) and the second discharge wheel (33) respectively introduce the position of the cover layer (70) and the glass cloth (8 inches) having the release paper to the flexible sheet conveying path (14), so as to be located at the lower layer. A discharge wheel (32) (32a) and a second discharge wheel (33) (33a) respectively introduce a cover layer (7 inches) and a glass cloth (80) having a release paper to the flexible sheet conveying path (14). The position of the front side is better; in addition, the aforementioned discharging device (3〇) may further include a plurality of rollers (34), which are respectively disposed between the soft board discharging wheel (31) and the soft board conveying path (14), Each of the first discharge wheels (32) (between 322 到 to the soft plate conveying path (14) and between each of the second discharging wheels (33) (33a) to the soft board conveying path (14). The receiving device (40) is disposed in a receiving area (13) of the machine (1), and the receiving device (40) comprises a soft board receiving wheel (41) and two first receiving wheels ( 42) (42a) and two second receiving wheels (43) (43a), the soft plate receiving wheel (41) is disposed at the rear end of the flexible plate conveying path (14), and provides a laminated layer with a cover layer. The soft board (60a) is wound up thereon, and the two first receiving wheels (42) (42a) are respectively disposed on the lower and lower sides of the soft board conveying path (14) for respectively discharging from the lower layer (17). And the release sheet (70a) stripped from the cover layer (7〇) at the upper stripping section (18). The two second take-up wheels (43) (43a) are respectively disposed on the flexible board conveying path. (14) Upper 'below, respectively, for stripping the fiberglass cloth (8〇) from the lower stripping section 7 M383895 (17> and the upper stripping section (18). As shown in the second figure, 'the receipt The device (40) further comprises a lower layer discharge guide wheel (44) and an upper layer discharge guide wheel (45), and the lower layer discharge guide wheel (44) is disposed on the soft board conveying path of the lower layer discharge section (17) ( 14) below, to guide the soft board (60a) below Release paper (7〇a) and glass fiber cloth (80) peeled off from the cover layer (7〇) to the first receiving wheel (42) and the second receiving wheel (43) of the lower layer, the upper layer is stripped The wheel (45) is disposed above the soft board conveying path (14) of the upper stripping section (18) to guide the release paper (7〇a) _ from the cover layer above the soft board (60) _ with the glass fiber Cloth (80) to the upper first receiving wheel (42) and the second receiving wheel (43). As shown in the second figure, the pressing device (5〇) is set on the machine (1〇) receiving material. Above the support plate (16) of the zone (13), and between the lower stripping section (17) and the upper stripping section (18). In the preferred embodiment, the pressure vessel (5〇) is attached to The support plate (16) is adjacent to the end of the lower stripping section (17) and is located in front of the upper material stripping section (18) for use after the lower layer of release paper (70a) and the fiberglass cloth (80) are peeled off The upper layer of release paper (7〇a) and the glass fiber cloth (8〇) are peeled off. Before the separation, the cover layer with the release paper adhered to the upper surface of the soft board (60) and the glass fiber cloth are pressed. This creation soft printed circuit board single side / double The continuous surface pressing mechanism can be applied to the process of continuously pressing the cover layer on one side or the double side of the soft board, wherein: when the process of pressing the cover layer on one side of the soft board, it is tied to the soft board of the discharging device (3〇) A roll-shaped flexible plate (60) is placed on the discharge wheel (31), a first discharge wheel (32a) of the lower layer is placed in a roll-shaped cover layer (7 inches) with a release paper, and a second discharge wheel (33a) on the lower layer is placed. Place the roll of glass fiber cloth (80), and introduce the soft board (6〇) into the soft board conveying path (14), with the cover layer of the release paper (7〇) and the rolled glass fiber 8 M383895 (80) Introducing a soft board conveying path (14) from below the flexible board (60), and pressing it between the soft board (60) and the second pressing member (21) introduced into the water-cooling type pressing device. The second press-fit member (21) can control the working temperature to be lower than the reaction temperature of the cover layer (40 °C) by using a water-cooled method, and the soft plate is combined with the cover laminate and passed through the machine (1〇). The guide plate (15) of the nip (11) enters the receiving area (13)' and the glass fiber cloth (80) and the release paper (70a) are peeled off successively in the lower stripping section (17), and The second receiving wheel (43a) of the lower layer and the first receiving wheel (42a) are respectively taken up, and the soft board _ (60) which is pressed with the covering layer passes through the upper side of the supporting plate (16) and is again a soft board. The receiving wheel (41) is retracted. When the soft board is pressed against the double-layered cover layer, it is placed on the soft board discharge wheel (31) of the discharging device (3〇), and a roll-shaped soft board (60) is placed, and the first discharge of the upper and lower layers is placed. The wheel (32) (32a) is placed in a roll with a cover layer (7 inches) of release paper, and the second discharge wheel (33) (33a) of the upper and lower layers is placed in a roll of glass fiber cloth (8 inches) and softened. The plate (60) is introduced into the soft board conveying path (14), and the upper layer first discharge wheel (32) and the second discharge wheel (33) firstly have a cover layer (7 inches) of the release paper and a glass layer. The fiber cloth (80) is introduced into the soft board conveying path (14) and sequentially overlaps the upper surface of the soft board (6〇). The cover layer (70) having the release paper and the fiberglass cloth (8〇) are introduced into the flexible board conveying path (14) sequentially by the lower first discharge wheel (32a) and the second discharge wheel (33a). The lower surface of the soft board is superposed and pressed between the two press-fit members (21) which are introduced into the water-cooling press-fit device (20), wherein the two-dust a-member (21) is controlled by a water-cooling method. The working temperature is below the reaction temperature of the coating layer, and the soft plate (60) is pressed and consolidated with the upper and lower covering layers (7〇), and passes through the guide plate of the pressing area (11) of the machine (1〇).叼 Enter the 9 M383895 receiving area (13), and the lower layer of the fiberglass cloth (80) and the release paper (70a) are successively stripped at the lower stripping section (17), respectively, which are the lower second receiving wheel ( 43a), the first receiving wheel (42a) is wound up, and the soft board and the upper layer of the glass fiber cloth and the cover layer with the release paper are pressed by the pressure device (5〇) to avoid the soft board and the soft board thereof The upper and lower cover layers are deformed, and then the upper layer of fiberglass cloth (8 inches) and the release paper are placed at the upper discharge section (18) of the support plate (16). 70a) successively stripped, which is the second receiving wheel (43) of the upper layer and the first receiving wheel (42), and the soft board (60&) which is pressed up and down with the covering layer is a soft board _ The feed wheel (41) is retracted. It can be seen from the above description that the single-sided/double-sided continuous pressing mechanism of the flexible printed circuit board designed by the present invention can be used in one machine for the single-sided or double-sided laminated coating of the soft board, and the pressing mechanism is water-cooled. The press-fit device can make the working temperature below the reaction temperature of the cover layer, and avoid the situation that the cover layer generates bubbles due to the press-forming temperature of the front section. In addition, the present invention is applied to the process of double-sided pressure-bonding cover of the soft board. The process of peeling off the release paper and the glass fiber cloth can effectively prevent the defects of the soft board and the deformation of the upper and lower cover layers. Therefore, the present invention provides a practical pressing mechanism for the flexible printed circuit board pressing process. ° [Simple description of the drawing] The first figure is a schematic plan view of a preferred embodiment of the single-sided/double-sided continuous pressing mechanism of the flexible printed circuit board. The second figure is a plan view of another preferred embodiment of the single-sided/double-sided continuous press mechanism of the present flexible printed circuit board. The first figure is a schematic view of a conventional single-sided press-fit mechanism for a flexible printed circuit board. M383895 [Description of main component symbols] (1〇) Machine table (12) Discharge area (14) Soft board conveying path (16) Support board (18) Upper layer stripping section (20) Water-cooled pressing device (30) Feeding device (32) (32a) first discharge wheel (33) (33a) second discharge wheel (34) roller (40) receiving device (42) (42a) first receiving wheel (43) (43a )Second receiving wheel (44) Lower stripping guide wheel (50) Presser (60) (60a) Soft board (70) has a cover layer of release paper (70a) Release paper (80) Glass fiber cloth (90) Air-cooled squeezing press (91) Receiving wheel (93) Receiving wheel (11) nip (1 3) Receiving area (15) Guide (17) Lower stripping interval ( 21) Pressing member (31) Soft board discharge wheel (41) Soft board receiving wheel (45) Upper layer discharge guide wheel (92) Receiving wheel