M426975 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種軟性印刷電路板之乾膜壓合設備， 尤和一種兼具單面與雙面乾膜壓合功能，且能適用於捲帶 式或早張式軟性電路板基材壓合用途之複合式壓合設備。 【先前技術】 目前軟式印刷電路板之製造，概以單張製品或捲式製M426975 V. New Description: [New Technology Field] This creation is about a dry film pressing equipment for flexible printed circuit boards, especially for one-sided and double-sided dry film pressing functions, and can be applied to rolls. A composite press-fit device for press-fit applications of tape or early-sheet flexible circuit board substrates. [Prior Art] At present, the manufacture of flexible printed circuit boards is based on a single product or a roll system.
品進行製造。於其中的乾膜壓合步驟中，並藉由單張式基 材壓合設備或捲式基材壓合設備等專用設備來進行。 關於現有單張式基材壓合設備之組成構造，如圖5所 不，其主要係於一機台】一側設置單張基材輸送裝置2 , 接續於單張基材輸送裝置2後方設置有一壓合裝置3,並 於壓合裝置3前方的上下分別設置上乾膜放料裝置4與下 乾膜放料裝置5’接續於壓合裝置3之後設置收料裝置6。 於使用時，其係自單張基材輸送裝置2逐一將單張式基材 朝壓合裝I 3送出，.另自上、下乾膜放料裝置4、':中之 任一或二輸出朝壓合裝置3送出乾膜，由壓合裝置3將單 張式基材與乾膜壓合一起，再由收料裝置6收取 材與乾膜壓合後的製品。 、式土 主於現有捲式基材壓合設備之組成構造，如圖6 ’其主要係於一機台1 一側上、下分設捲式基材 : 7、乾膜放料裝£ 8 ’接續其後依序設置壓合裝置 =心於使用時，其係自捲式基材放料裝置7 _合裝 送出基材，另自乾膜放料裝i 8朝壓合裝 、 〇运出乾 3 M426975 膜，再由壓合裝置3將基材與乾膜壓合一起，再由收料裝 置6收取捲式基材與乾膜壓合後的製品。 惟丽述現有捲式基材或單張式基材壓合設備皆各自適 用於一種特定型式的基材，無法以單一部壓合設備兼具捲 式基材與單張式基材及選擇單、雙面壓合等功能，以致該 些製品之製造業者必須備具兩種型式的壓合設備，不僅設 備成本兩’且佔較多的廠房空間。 【新型内容】 本創作之主要目的在於提供一種軟性印刷電路板之複 合式壓合設備，藉此克服現有捲式基材或單張式基材壓合 °又備各自適用特定型式的基材，無法以單一部壓合設備兼 具捲式基材與單張式基材及選擇單、雙面壓合等功能之問 題。 ^為達成前揭目的，本創作所設計之軟性印刷電路板之 複合式壓合設備係包含： —機台，其包含有一第一區間、一第二區間以及一收 料區間，第二區間位於第一區間與收料區間之間，機台具 有—自第一區間通過第二區間至收料區間的輸送路徑；〇八 —單張基材輸送裝置，係設於機台的第一區間中，用 以將單張基材逐一自機台的第一區間沿輸送路徑輸送至第 一區間； 一捲出放料裝置，係設於 Μ < —側，所述捲出放料裝置 捲出轴，用以提供成捲的基材 捲出玫料至輸送路徑； 機〇的第_區間鄰近第一區 包含一組由馬達驅動的基材 裝。又其上，並能受控將基材 Αϊ^^975 :上乾膜放料裝置，係設於機Μ第二 迗路仫上;r ’所述上乾膜放料裴置包含'组由馬達驅動的 上乾膜捲出軸，用以提供成捲的乾膜設置其上，並能受控 將乾膜捲出放料至輸送路徑； 又又 下乾膜放料裝置’係設於機台的第二區間 送路徑下方，所述下乾膜 4於輸 、卜乾瞑放枓裝置包含一組由馬達驅動的 下乾膜捲出軸，用以捭报Λ、n ^ 用以铋供成捲的乾膜設置其上，並 將乾膜捲出放料至輸送路徑； 二 壓合裝置’係設於機台的第二區間的 用以將乾膜與基材予以壓人， 仅處 再輸达至收料區間，所述壓 i裝置包3'组由馬達驅動之壓合輪組，所述壓合輪組包 含有一上壓合滾輪與一下厭人 '、 塾σ滾輪’上麼合滾輪盘下磨人 滾輪於輸送路徑呈上下相對設置；以& 捲取收料衷置’係裝設於機台的收料區間中，所述 捲取收料裝置包含有一由馬m T 所述 達動之捲彳欠軸，肖以捲收乾 膜與基材元成壓合後之製品。 藉此複合式壓合設備今 胥叹汁其主要係利用機台的第一 £間δ又置卓張基材輸送择番 ^ ^ 裝置，機口接續於第一區間之後的 第二區間設置捲出放料 U ^ m v B '"置、上乾膜放料裝置、下乾膜放Products are manufactured. In the dry film pressing step, it is carried out by a special equipment such as a single-sheet base pressing device or a roll substrate pressing device. Regarding the composition of the existing single-sheet substrate pressing device, as shown in FIG. 5, the main substrate is disposed on one side of the single substrate conveying device 2, and a pressing device 3 is disposed behind the single substrate conveying device 2, The receiving device 6 is disposed after the upper dry film discharging device 4 and the lower dry film discharging device 5' are successively connected to the pressing device 3 in the upper and lower sides of the front side of the pressing device 3. When in use, it is sent from the single substrate conveying device 2 one by one to the press assembly I 3 , and from the upper and lower dry film discharging device 4, ': either one or two outputs are pressed. The device 3 sends out a dry film, and the single-sheet substrate is pressed together with the dry film by the pressing device 3, and the product after the material is pressed against the dry film is taken up by the receiving device 6. The type soil is mainly composed of the existing roll substrate pressing equipment, as shown in Fig. 6 'mainly on the side of one machine 1 and the lower roll substrate: 7. Dry film discharge device £8 'Continuously, the pressing device is arranged in sequence. When the heart is used, it is a self-rolling substrate discharging device 7 _ combined to send out the substrate, and the self-drying film discharging device i 8 is pressed and assembled. The 3 M426975 film is dried, and the substrate is pressed together with the dry film by the press-fitting device 3, and the product after the roll substrate and the dry film are pressed is collected by the receiving device 6. However, the existing roll substrate or single-sheet base press equipment are suitable for a specific type of substrate, and cannot be combined with a single-piece press-fit device and a roll-type substrate and a single-sheet substrate. The combination of functions, so that the manufacturers of these products must be equipped with two types of press-fit equipment, not only the cost of equipment two and account for more plant space. [New content] The main purpose of this creation is to provide a composite press-fit device for flexible printed circuit boards, thereby overcoming the existing roll substrate or single-sheet substrate press-fit and preparing a specific type of substrate for each. The single-part pressing equipment has the problems of the roll substrate and the single-sheet substrate, as well as the selection of single and double-sided pressing. ^ In order to achieve the goal, the composite press equipment of the flexible printed circuit board designed by the present invention comprises: a machine, which comprises a first interval, a second interval and a receiving interval, and the second interval is located Between the first interval and the receiving interval, the machine has a conveying path from the first interval through the second interval to the receiving interval; the eight-single substrate conveying device is disposed in the first section of the machine, and is used Disposing a single substrate one by one from the first section of the machine to the first section along the conveying path; a take-out discharging device is disposed on the side of the , < The roll of substrate is provided to roll the rose to the transport path; the first section of the casing adjacent to the first zone comprises a set of substrate driven by the motor. And above, and capable of controlling the substrate Αϊ^^975: the upper dry film discharging device is disposed on the second winding path of the casing; r 'the upper dry film discharging device comprises 'group The motor-driven upper dry film is wound out of the shaft to provide a roll of dry film disposed thereon, and can be controlled to roll the dry film out to the conveying path; and the lower dry film discharging device is attached to the machine Below the second interval of the table, the lower dry film 4 includes a set of motor-driven lower dry film take-up shafts for the transfer and n ^ for feeding A roll of dry film is placed thereon, and the dry film is rolled out and discharged to the conveying path; the second pressing device is disposed in the second section of the machine for pressing the dry film and the substrate, only And then sent to the receiving section, the pressing device 3' group is a motor-driven pressing wheel set, and the pressing wheel set includes an upper pressing roller and a lower-skinned ', 塾 σ wheel' The grinding wheel under the roller plate is arranged vertically above and below the conveying path; and the winding device is installed in the receiving section of the machine, and the winding receiving device is installed The invention comprises a product which is wound by the horse m T and which is wound by the substrate. In this way, the composite pressing device is mainly used to take advantage of the first interval between the machine and the first piece of the substrate to transport the selected device, and the machine port is connected to the second interval after the first interval. Material U ^ mv B '" set, upper dry film discharge device, lower dry film release
枓裝置以及壓合裝置，嫵A 機〇接,於第二區間之後的收料區 間设置捲取收料裝f， ^ , on ^ .可依單張基材或捲狀基材型態 k擇自早張基材輪逆梦要+处 送裝置或捲出放料裝置送出放料，另自 上、下乾膜放料裝置擇一亦_ 乾胺愈其妊车 或—送出乾膜，再由壓合裝置將 以」；以愿合，再由捲取收科裝置予以捲收，而能 。H合設備兼具單張基材或捲狀基材單面或雙 5 M426975 面壓合乾膜等多項用途。 【實施方式】 ΰ 1所示，係揭示本創作軟性印刷電路板之複合式 f合設備之一較佳實施例，該複合式壓合設備係包含：機 台1〇、一單張基材輸送裝置20、一捲出放料裝置3〇、一 乾膜放料裝置4〇、一下乾膜放料裝置5〇、—壓入穿置 6:以及一捲取收料裝置7〇,或者，所述複合式壓：設備 尚包含有一黏塵裝置8〇,其中： 所述機台包含有一 一 弟&間11、一第二區間]2 以及一收料區間13，第― 料區門，弟-£間12位於第-區間η與收 丁寸Isa間1 3之間，機厶i Λ 自第-區Π q 輸送路徑，所述輸送路徑 £間11通過第二區間12至收料區間13。 所述單張基材輸送裝£ 2Q係設於機台 1 1中，用以將單徉A u ,，社 弟£間 子早張基材（如薄銅片…）逐—自 ~區間11儿私.主ΠΑ 戍口 Ί U的弟 / 口輸送路徑輸送至第二區間12。 所述捲出放制_ # g 。Λ Υ .κ ^ ^ 4裝置30係設於機台10的第一 鄰近第一區間1 夕., j弟一 £間12 勺人一 側上段處，所述捲出放料農置30你 U組由馬達驅動的基材捲出軸3 ’、 材（如.成捲的薄鋼片卜 用以耠供成捲的基 基材予以捲出放料至輸送路徑。 字所述成捲的 所述上乾膜放料裝置4〇係設於機 12且位於輸送 ° 〇的第二區間 -由馬達驅動的上乾模捲出轴41以及=置40係包含 形膜捲收# 42，上乾膜捲出轴41 馬達驅動的離 置其上，並能受押#Μ Μ 鈐供成捲的乾臈設 -控將成捲的乾膜自輪送 %L上方捲出放料 /5 離形=路& ’離形膜捲收轴42制以捲收自乾膜剝離的 1所4下乾膜放料裝置5G係設於機台1G的第二區間 立於輪送路徑下方，所述下乾膜放料裝置 離::：達驅動的下乾膜捲出…及-由馬達驅動的 4:轴52,下乾膜捲出轴51用以提供成捲的乾膜 :至二並能受控將成捲的乾膜自輪送路徑下方捲出放 的離::徑，離形膜捲收轴52則用以捲收自乾膜剝離 所述壓合裝置60係設於機台的第二區間12的輸送路 H ’用以將乾膜與捲狀基材或單片狀基材予以壓合，再 =至收料㈣13’所述壓合裝置60包含―組由馬達驅 之壓合輪組61，所述壓合輪組61 &含有—上壓合滾輪 ，、-下壓合滾* 63,上壓合滾輪62與下壓合滾輪63 :輸达路徑呈上下相對設置，用以對乾膜與基材施以壓合 作用’所述壓合裝置60可為熱壓合式機構，其中尚包含 一加熱器，加熱器設於壓合輪組側邊β 3 所述捲取收㈣置7G係裝設於機台的收料區間13中 ，所述捲取收料裝置7G包含有—由馬達驅動之捲收轴 ’用以捲收乾膜與基材完成壓合後之製品。 所述黏塵裝置80係設於機台10的第二區間i 2中 且位於壓合裝置60朝向第一區間”的—側，用以去除自 單張基材輸送裝置2D送出之單片狀基材表面上的異物。 當廢合裳置為熱壓合機構時，機台之第二區間於黏麈 裝置與壓合裝置之間尚可增設一預熱裝置9〇,所述預熱裳 7 M426975 置90包含有一組由馬達驅動 L. , , 热褙組91以及一加埶哭 ，所述預熱輪組91包含' 匕3有上預熱輪Θ2與一下預埶輪 93，上預熱輪92與下預熱輪93於 、… ，加熱器设置於預熱輪組μ 1的側邊，而能將熱傳至預埶 輪組91上，用以對基材施以預熱作用。 、‘·、、 關於本創作軟性印刷電 电峪板之複合式壓合設備的使用 情形’當應用於單張式基材進杆罝 竹琨仃皁面或雙面壓合乾膜時， 參閱圖2所示，其係由單張某姑 土材輸送裝置20逐一送出單張 式基材，先經黏塵裝置80+1^甘主i υ去除其表面的灰塵等異物後，送 至預熱裝置90處預埶，¾ 士 ό ， 紙了Μ…、另由自上乾膜放料裝置4〇與下乾 膜放料裝置50中擇一吱二详屮妒睹 μ # 次一送出乾膜，並稭由離形膜捲收軸 42、52捲收自乾膜剝離的離形膜，經由壓合裝置6〇將乾 膜與預熱後基材予以熱塵合’再由捲取收料裝置7〇之捲收 軸71予以捲收，而達成單張式基材單面或雙面壓合乾膜之 作業。 當應用於捲式基材進行單面或雙面壓合乾膜時，參閱 圖3及圖4所示，其係由捲出放料裝置3〇送出基材至預 熱裝置90處預熱，另由自上乾膜放料裝置4〇與下乾膜放 料裝置50中之一或二送出乾膜’並藉由離形膜捲收轴42 、52捲收自乾膜剝離的離形膜，經由壓合裝置60將乾膜 與預熱後基材予以熱壓合，再由捲取收料裝置70之棬收轴 71予以捲收，而達成捲式基材單面或雙面壓合乾膜之作業 【圖式簡單說明】 圖1係本創作軟性印刷電路板之複合式壓合設備之一 M426975 較佳實施例的平面示意圖α 圖2係圖1所示複合式壓合設備較佳實施例於單張式 基材進行雙面乾膜壓合作業的使用狀態參考圖。 二 圖3係圖！所示複合式壓合設備較佳實施例於捲式基 材進行雙面乾獏壓合作業的使用狀態參考圖。 土 圖4係圖3的局部放大示意圖。 圖5係目前已知單張式基材雙面壓合設備的平面示意 圖。 圖6係目前已知捲式基材單面壓合設備的平面示意圖 【主要元件符號說明】 10機台 1 1第一區間 1 2第二區間 1 3收料區間 20單張基材輸送裝置 30捲出放料裝置 31基材捲出轴 40上乾膜放料裝置 41上乾膜捲出軸 42離形膜捲收軸 50下乾膜放料裝置 51下乾膜捲出輛 52離形膜捲收轴 60壓合裝置 61壓合輪多且 62上壓合滚輪 63下壓合滾輪 70捲取收料裝置 71捲收軸 8〇黏塵裝置 9〇預熱裝置 91預熱輪組 92上預熱輪 93下預熱輪 9 M426975 1機台 3壓合裝置 5下乾膜放料裝置 7捲式基材放料裝置 2單張基材輸送裝置 4上乾膜放料裝置 6收料裝置 8乾膜放料裝置枓 device and pressing device, 妩A machine splicing, set the winding and receiving device f, ^ , on ^ in the receiving interval after the second interval. It can be selected according to the single substrate or the roll substrate type k The base material wheel is reversed to the dream to be sent to the device or rolled out of the discharge device to send the discharge material, and the upper and lower dry film discharge device is also selected _ the dry amine is more suitable for the pregnant car or the dry film, and then the pressing device Will be "; willing to combine, and then take the collection of the collection device, and can. H-integrated equipment has many applications such as single-sheet or roll-shaped substrate on one side or double 5 M426975 surface-bonded dry film. [Embodiment] As shown in FIG. 1, a preferred embodiment of a composite f-bonding device for creating a flexible printed circuit board is disclosed. The composite press-fit device comprises: a machine 1 〇, a single substrate conveying device 20 a roll-out discharge device 3〇, a dry film discharge device 4〇, a dry film discharge device 5〇, a press-through device 6: and a take-up and take-up device 7〇, or the composite type Pressure: The device still includes a sticky device 8〇, wherein: the machine includes a brother & 11, a second interval] 2 and a receiving interval 13, the first material gate, the younger brother - £ The space 12 is located between the first interval η and the receiving interval Is3, and the machine 厶i Λ is from the first-region Π q transport path, and the transport path £11 passes through the second interval 12 to the receiving interval 13. The single substrate transporting device is installed in the machine 1 1 to be used for the single 徉A u , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ΠΑ 戍 Ί 的 U's younger brother / mouth transport path is transported to the second section 12. The roll-out is released _#g. Λ Υ .κ ^ ^ 4 device 30 is set in the first adjacent first interval 1 of the machine 10, the first one of the 12-spoon side of the j-one between the two, the roll out of the farmer 30 you U A group of motor-driven substrates are wound out of the shaft 3', and the material (for example, a thin steel sheet for winding) is used for winding and discharging the base substrate to be conveyed to the conveying path. The dry film discharge device 4 is disposed on the machine 12 and is located in the second section of the transport 〇 - the upper dry die winding shaft 41 driven by the motor and the 40 set including the film winding #42 The film unwinding shaft 41 is driven by the motor to be disengaged from it, and can be pressed by the Μ Μ 钤 钤 钤 钤 钤 - - - 控 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 /5 /5 /5 /5 /5 /5 /5 /5 /5 /5 = Road & 'The release film winding shaft 42 is formed by a dry film discharge device 5G, which is disposed in the second section of the machine 1G, which is disposed below the transfer path. The lower dry film discharge device is separated from::: the lower dry film of the drive is driven out... and - the motor driven 4: shaft 52, the lower dry film roll out shaft 51 is used to provide a roll of dry film: Controlled roll-to-roll dry film is rolled out from below the routing path From the :: diameter, the release film winding shaft 52 is used for winding and peeling from the dry film. The pressing device 60 is disposed on the conveying path H of the second section 12 of the machine table for drying the film and the roll. The substrate or the monolithic substrate is pressed, and then to the receiving (four) 13', the pressing device 60 comprises a group of pressing wheels 61 driven by a motor, and the pressing wheel set 61 & Pressing roller, - down pressing roller * 63, upper pressing roller 62 and lower pressing roller 63: the conveying path is arranged up and down, for applying pressure to the dry film and the substrate The assembly device 60 may be a thermocompression-type mechanism, which further includes a heater, and the heater is disposed on the side of the pressing wheel set β 3 . The winding and receiving (4) 7G system is installed in the receiving section 13 of the machine table. The take-up and take-up device 7G includes a roll-receiving shaft driven by a motor for winding the dry film and the substrate to be pressed together. The dust-collecting device 80 is disposed on the second of the machine 10. The section i 2 is located on the side of the first section of the pressing device 60 for removing foreign matter on the surface of the single-piece substrate fed from the single substrate conveying device 2D. When the thermocompression mechanism is set, a preheating device 9〇 may be added between the adhesive device and the pressing device in the second section of the machine, and the preheating skirt 7 M426975 90 includes a group of motor driven L , the enthalpy group 91 and the 埶 埶 ,, the preheating wheel set 91 includes ' 匕 3 with the upper preheating rim 2 and the lower preloading wheel 93, the upper preheating wheel 92 and the lower preheating wheel 93, ..., the heater is disposed on the side of the preheating wheel set μ1, and can transfer heat to the pre-turn wheel set 91 for preheating the substrate. '··, about the soft printing of the creation The use of composite press-fit equipment for electric rafts 'When applied to a single-sheet substrate, the bamboo saponin surface or the double-sided pressed dry film, as shown in Figure 2, it is made by a single sheet of aunt. The soil material conveying device 20 sends out the single-sheet base material one by one, and first removes the foreign matter such as dust on the surface by the dust-collecting device 80+1^, and then sends it to the preheating device 90 for pre-twisting, 3⁄4 士ό, paper Μ ..., another from the top dry film discharge device 4 〇 and the lower dry film discharge device 50 select one 吱 two details 屮妒睹 μ #次一送出干膜, and straw from the film roll The shafts 42 and 52 are taken up from the release film which is peeled off by the dry film, and the dry film and the preheated substrate are thermally dusted by the pressing device 6〇, and then the take-up reel 71 of the take-up and take-up device 7 is used. The winding is carried out to achieve the work of pressing the dry film on one side or both sides of the single-sheet substrate. When applied to a roll substrate for single-sided or double-sided press dry film, as shown in FIG. 3 and FIG. 4, the substrate is sent out from the unwinding device 3 to the preheating device 90 for preheating. Further, the dry film is sent from one or both of the upper dry film discharge device 4 and the lower dry film discharge device 50, and the release film is peeled off from the dry film by the release film winding shafts 42 and 52. The dry film and the preheated substrate are thermocompression-bonded through the pressing device 60, and then wound up by the winding shaft 71 of the take-up and take-up device 70, thereby achieving one-side or double-sided pressing of the roll substrate. Dry film operation [Simple description of the drawings] Fig. 1 is a schematic view of a composite press device of the present flexible printed circuit board M426975. Fig. 2 is a schematic view of the composite press device shown in Fig. 1. EXAMPLES A reference state diagram of the use state of a double-sided dry film press cooperative in a single-sheet substrate. Figure 3 is a picture! DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT The preferred embodiment of the composite press-fit apparatus is described in the use state of the roll-to-roll substrate for a two-sided dry press cooperation. Soil Figure 4 is a partial enlarged view of Figure 3. Fig. 5 is a plan view schematically showing a single-sheet substrate double-sided pressing apparatus. Fig. 6 is a plan view showing a conventional one-side press-fitting apparatus for a roll substrate. [Main component symbol description] 10 machine table 1 1 first section 1 2 second section 1 3 receiving section 20 single-sheet substrate conveying device 30 unwinding Discharge device 31 substrate unwinding shaft 40 on the dry film discharge device 41 on the dry film winding shaft 42 off-film winding shaft 50 under the dry film discharge device 51 under the dry film roll out 52 off-film winding The shaft 60 press-fit device 61 has a plurality of press-fit wheels and 62 press-up rollers 63 under the press-roller 70. The take-up device 71 retracts the shaft 8 〇 the dust device 9 〇 the preheating device 91 preheats the wheel set 92 Wheel 93 under preheating wheel 9 M426975 1 machine table 3 press-fit device 5 dry film discharge device 7 roll type substrate discharge device 2 single substrate transfer device 4 dry film discharge device 6 receiving device 8 dry film release Material device