五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種鑽孔設備，尤^ ^ ^ ^ 進行鑽孔作業的卷對卷連續水4鑽:=備種可自動峨性 【先前技術】 孔電路板鑽孔設備係採用非連續式單張作業，鑽 亦ί高力更?"性電路板’不但需消耗較多的時間 電路^替拖作*，而且#作者以器械夾持軟性電路板進行軟性 路板表胃讀性電路板切厚度—造成軟性電 3ί=ΓΓ，故利用人工生產的條件下’軟性電路板 白0厚度取薄僅可達到3〇料半，泣社 一 ,/Α. 铽水右使用更湾的軟性電路板進行 上述的鑽孔作業，將造成製程良率的下降。 缺失本乍广有鑑於上述習用的結構裝置於實際施用時的 心伙從事相關產業開發實務上多年之經驗，精心 研究，終於提出—觀計合理且有狀善上額題之結構， 【新型内容】 本創作之主要目的：在於提供—種可自動化連續性進行鑽 孔作業的麵麵續水平賴錢備。 、 為:達成上述之目的：本創作係提供一種卷對卷連續水平 式鑽孔D又備’其係適用於一軟性電路板，該卷對卷連續 鑽孔設備包含：一輸送裝置，其具有一輸入端及-與該輸入端 對應的輸出端，該輸入端係為水平式滾輪送料機，該輪出端係 為水平式滾輪收料機；—設置於該輸人端和該輸出端之間的 鑽孔農置；-拉揮裝置，其係設於該輸人端和該輸出端之間， 以施力於該軟性電路板；— 和該輪出端之間。 （立裝置，其係設於該輪入端 本創作具有以下的效果益丨你 孔作業，因此可解決傳統須進行軟性:自動化連績性的進行鑽 ，大幅降低使用者拿持軟性電糾 路板替換所衍生的問題 刮傷的機會，故軟性電路板的:而造成軟性電路板表面 ，並維持製作的良率。 3〇彳咸米改善至24微米 為使能更進-步瞭解本創作 下有關本創作之詳細說明與附圖技術内容，請參閱以 說明用，並非用來對本創作加以限制者。附圖式僅提供參考與 【實施方式】 備1 一圖’本創作揭露-種卷對卷連續水平切 水平式滾輪送料機，該輪出端二;為:輸入端1 〇 1係為 及-設置於該輸入端]0 2係為水平式滾輪收料機以 置1 1。另外，卷對y1和錢出端1 02之間的鑽孔裝 置於該輪入端和該於出'/水平式鑽孔設備1更進一步包括設 而不成輸出端之間的拉撐裝置 4，本創作可自動化連續 d竣置1 性電路板2 0的替換，Γ 1鑽業’因此無需進行軟 當而造成軟性電路板^降低使用者拿持軟性電路板2〇不 的厚度可由如微米^的機會’故軟性電路板2 ◦ 對卷連續水平:::以:該輸出端1 ◦2水平設置於該卷 輸入端1 i 備1的兩側，軟性電路板2 Q卷綠於該 01和该輪出端102,該輸入蠕101和該輪出端 4/11 M397867V. New description: [New technical field] This creation department is about a drilling equipment, especially ^ ^ ^ ^ Roll-to-roll continuous water drilling for drilling operations: = automatic seeding can be automated 】 Hole circuit board drilling equipment is a non-continuous single-sheet operation, the drill is also high-powered? "Sexual circuit board' not only consumes more time circuit ^ for drag *, and # author with instrument clamping The flexible circuit board is used to cut the thickness of the flexible circuit board surface of the stomach-reading circuit board - resulting in soft electricity 3 ί = ΓΓ, so under the conditions of manual production, 'soft circuit board white 0 thickness can only be achieved by 3 〇 material half, wenching one , / Α 铽 右 right using the soft circuit board of the Bay to carry out the above drilling operation, will result in a decline in process yield. In the light of the years of experience in the practical application of the above-mentioned structural devices, the meticulous research has finally come up with a structure that is reasonable and has a good amount of questions. [New content The main purpose of this creation is to provide a continuous level of continuous drilling for automated drilling. For the purpose of the above: the present invention provides a roll-to-roll continuous horizontal drilling D which is suitable for a flexible circuit board, the roll-to-roll continuous drilling apparatus comprises: a conveying device having An input end and an output end corresponding to the input end, the input end is a horizontal roller feeder, the wheel end is a horizontal roller receiver; - is disposed at the input end and the output end a drilling device; a pull device disposed between the input end and the output end to apply force to the flexible circuit board; - and the wheel end. (The vertical device, which is set at the wheel end, has the following effects to benefit your hole operation, so it can solve the traditional softness: automatic continuous drilling, greatly reducing the user's holding soft electrical circuit The board replaces the problem of scratches caused by the problem, so the soft board: resulting in a soft board surface, and maintain the production yield. 3 〇彳 salt rice improved to 24 microns to enable more advanced - step by step to understand this creation For the detailed description of the creation and the technical contents of the drawings, please refer to the explanations, and not to limit the creation. The drawings are only for reference and [Embodiment] Preparation 1 Figure 1 The original disclosure - Volume For the continuous horizontal cutting of the horizontal roller feeder, the round end of the two; for the input end 1 〇 1 is and - set at the input end] 0 2 is the horizontal roller receiver to set 1 1 . a drilling device between the roll pair y1 and the money outlet 012 at the wheel end and the pull-out/horizontal drilling device 1 further comprising a pull-up device 4 disposed between the output ends and the present Authorized to automate continuous d-type 1 circuit board 20 Replacement, Γ 1 drilling industry 'so no need to soften the soft circuit board ^ reduce the user to hold the flexible circuit board 2 厚度 not the thickness can be the opportunity such as micron ^ so the flexible circuit board 2 ◦ the continuous level of the volume:: : The output terminal 1 ◦ 2 is horizontally disposed on both sides of the volume input terminal 1 i, the flexible circuit board 2 Q is green on the 01 and the wheel end 102, the input creep 101 and the round output end 4/11 M397867
, I 1 Ο 2的軸心與動力馬達相連接，動力馬達帶動該輸入端丄ο • 1和該輸出端1 0 2作同方向滾動，該輸入端1 〇 1和該輸出 力而1 0 2的滾動動权性電路板2 〇至鑽孔裝置1 1進行鑽 孔作業。 < 再一方面，本創作不限制該鑽孔裝置丄丄之鑽孔型式，例 如：該鑽孔裝置1 1可為一雷射鑽孔系統，如第三圓所示，該 、鑽孔裝置11可利用雷射激發裝置1 13發出之雷射光束，經 •由光學系統114中的透鏡組及電磁屏框等射出，再藉由導向 〇裝置之電流鏡之作用，透過透鏡1 15照射上述之通過鑽孔裝 置1 1的軟性電路板20，雷射光束可經由調頻器將波長調整 為355奈米，波長為355奈米的雷射光束即可在軟性電路板2 0上進行鑽孔作業，完成鑽孔作業的軟性電路板2 〇再由該輸 出端10 2卷收’具體而言，該鑽孔裝置丄丄具有一入口工工 1和一與s亥入口 1 1 1對應的出口 1 1 2，軟性電路板2 〇的 —端係卷繞在該輸入端11上，並由該輸入端上〇丄向該輸 出端10 2延伸，且軟性電路板2 〇可先由該鑽孔裝置2丄的 •該入口111進入該鑽孔裝置1 1，再由該出口 i 2 2離開該 -鑽孔裝置11，因此軟性電路板20藉由該輸出端1〇2之滾 輪與該輸出端1〇 2之滾輪移動至該鑽孔裝置2 i進行鑽孔 作業，完成鑽孔作業的軟性電路板2 〇由該輸出端2 〇 2卷收 〇 該卷對卷連續水平式鑽孔設備1更包括一設置於該輸入 端i ο 1和該輸出端i 02之間的承載裝置2 2，該承载裝置 1 2具有數個第一支撐件121和數個第二支撐件12 2，該 二第支標件1 21水平設置於該輸入端1 1和該鑽孔裝 1 1之間，5亥些第二支樓件12 2水平設置於該輸出端1〇 M397867 2和該鑽孔裝置1 ]之間，其中，該些第—支撐件丄2丄和該 些第-支h件1 2 2係為以固定軸作同方向滾動的表面光滑 的金屬圓筒；該些第-支推件i 2丄和該些第二支撐件丄2 2 的長度較佳地大於軟性電路板2〇的寬度，具體而言，該些第 一支樓件1 2 1和該些第二支撐件i 2 2係支撐軟性電路板 2 0的重量’使軟性電路板2 Q保持在水平狀態以提供鑽孔加 工，當的作業環境，並藉由該些第-支撐件121和該些第二 支私件12 2滚動的特性輔助推進軟性電路板2 〇。 如第一圖和第二圖所示，該卷對卷連續水平式鑽孔裝置工 更包括-拉接裝置1 3 ’該拉撐裝置13可具有-第-拉撐件 1 3 1和一第二拉撐件丄3 2 ,該第一拉撐件丄3 i設置於其 中二個該些第一支撐件1 21之間；該第二拉撐件丄3 2設置 於其中二個該些第二支稽件2 2之間，其中，該第一拉樓件 1 3 1和忒第一拉捋件]3 2分別具有兩滑桿a、一設於該兩 滑桿A之間的配重件B，且每一滑桿a上設置有調整件c，具 體而言，使用者可將軟性電路板2 〇繞經該配重件B下方，軟 f生電路板2 〇包覆该配重件B的部份表面，藉由該配重件b的 重量以施力於該軟性電路板2 〇，使軟性電路板2 〇具有較佳 的平整度以提高鑽孔作業時的精準度。 另外，如第二圖所示，該配重件β的兩側分別具有一孔洞 Β 1，ό亥兩滑桿Α的直徑小於該孔洞Β1的直徑，該兩滑桿a 係分別穿過該孔洞Β 1，使該配重件β位於該兩滑桿A之間， 該兩滑桿A係提供該配重件B側向外力防止該配重件β產生 側向的位移；該調整件C同樣可利用穿孔與該兩滑桿a的配合 使該調整件C向下壓制該配重件B，因此，該調整件◦係可配 合上述配重件B用以提供軟性電路板2 〇適當的張力以提高 M397867 鑽孔作業時的精準度。 方面’如第-該卷對树續水平式鑽孔設備 1更包括-定位部1 4，該定位部！ 4具有一第一定位件2 4 1和-第二定位42，該第—定位件2 4}設置於該輸入 端1 01和該鑽孔裝置1 i之間；該第二定位件丄4 2設置於 該輸出端1 0 2和該鑽孔裝置1 1之間；該第一定位件2 4工 設置於該些第-支撐件i 2 i上方；該第二定位件工4 2設置 於該些第二支撐件丄2 2上方，該第一定位件i 4工和該第二 鼻定位件14 2係利用光感測原理進行定位，具體而言，該第一 定位件1 41和該第二定位件〗4 2分別具有發射器和接收 器’軟性電路板2 Q上具有定位孔2 〇 1(如第四圖所示）， 上述，射器發射光束至軟性電路板2 〇上或經由定位孔2 〇 1至障礙物上’上述接收器則接收從軟性電路板2 〇上反射的 光束或從障礙物反射的光束’該第一定位件工4工和該第二定 位件14 2藉由計算光束反射的時間差來分析軟性電路板2 0巧位置；另外，該第一定位件丄4工和該第二定位件工4 2 ‘更I日由疋位孔2 0 1的排列分布進行分析軟性電路板2 〇的 - 側向偏移量。 另外’ 3亥卷對卷連續水平式鑽孔設備1更包括一清潔裝置 1 5，該清潔裝置；[5設置於該第二拉撐件i 3 2和該輸出端 上0 2之間’該清潔裝置15具有數個沾黏件1 51，具體而 ^，忒些沾黏件1 51係為滾輪，滾輪上具有一層黏膠，軟性 电路板20可穿過該些沾黏件丄5丄之間，以利用該些沾黏件 1 51上的黏膠將軟性電路板2 〇上的灰塵碎屑加以清除，避 免灰塵碎屑刮傷軟性電路板2 〇表面。 綜上所述，本創作之優點，包含： 7/11 M397867 1、 軟性電路板2 0由該輪入端i 〇丄和該輸出端i 〇 2的 配合而導入於該鑽孔裝置1 1進行鑽孔作業，換言之，該 卷對卷連續水平式鑽孔設備丄可自動化連續性的進行鑽 孔作業，因此可解決傳統須進行軟性電路板2 〇替換的問 通，故達成郎省生產時間和節省人力成本的功效。 2、 本創作無需進行軟性電路板2 〇的替換，大幅降低使用者 拿持軟性電路板2 0不當而造成軟性電路板2 〇表面刮 傷的機會，故軟性電路板2 〇的厚度可由30微米改善至 24微米。 3本創作更利用該清潔裝置1 5將軟性電路板2 0上灰塵 碎屑清除，避免灰塵碎屑刮傷軟性電路板2 〇表面。 以上所述僅為本作之較佳可行實施例，非因此侷限本創作 之專利範圍，故舉凡運用本創作說明書及圖示内所為之等效技 術變化，均包含於本創作之範圍内。 【圖式簡單說明】 第一圖係為本創作之卷對卷連續水平式鑽孔設備之示意圖。 第二圖係為本創作之卷對卷連續水平式鑽孔設備的拉撐裝置 的示意圖。 第三圖係為本創作之鑽孔裝置的示意圖。 第四圖係顯示本創作之軟性電路板上的定位孔之示意圖。 【主要元件符號說明】 1 卷對卷連續水平式鑽孔設備 10 輸送裝置 101 輸入端 102 輸出端 8/1]The shaft of the I 1 Ο 2 is connected to the power motor, and the power motor drives the input end 丄ο • 1 and the output end 1 0 2 to roll in the same direction, the input end 1 〇1 and the output force and 1 0 2 The rolling dynamic circuit board 2 is drilled to the drilling device 1 1 for drilling. < Still another aspect, the creation does not limit the drilling pattern of the drilling device, for example, the drilling device 1 1 may be a laser drilling system, as shown by the third circle, the drilling device 11 can use the laser beam emitted by the laser excitation device 133 to be emitted by the lens group and the electromagnetic frame in the optical system 114, and then irradiated through the lens 1 15 by the action of the current mirror of the guiding device. Through the flexible circuit board 20 of the drilling device 1 1 , the laser beam can be drilled on the flexible circuit board 20 by adjusting the wavelength to 355 nm via a frequency modulator and a laser beam having a wavelength of 355 nm. The flexible circuit board 2 for completing the drilling operation is further wound by the output end 10 2. Specifically, the drilling device has an inlet worker 1 and an outlet 1 corresponding to the s-hai inlet 1 1 1 1 2, the flexible circuit board 2 — - the end is wound on the input end 11 and extends from the input end to the output end 10 2 , and the flexible circuit board 2 先 can be first used by the drilling device 2丄• The inlet 111 enters the drilling device 1 1, and then exits the drilling by the outlet i 2 2 The hole device 11, so that the flexible circuit board 20 is moved to the drilling device 2 i by the roller of the output end 1 2 and the roller of the output end 1 2 to complete the drilling operation of the flexible circuit board 2 The roll-to-roll continuous horizontal drilling apparatus 1 further includes a carrier device 2 2 disposed between the input terminal i ο 1 and the output terminal i 02, the carrier device 1 2 has a plurality of first supporting members 121 and a plurality of second supporting members 12 2 , the two first supporting members 1 21 are horizontally disposed between the input end 1 1 and the drilling assembly 1 1 The two floor members 12 2 are horizontally disposed between the output end 1 〇 M397867 2 and the drilling device 1 ], wherein the first support members 丄 2 丄 and the first support members 1 2 2 are a metal cylinder having a smooth surface and a rolling direction in a same direction; the length of the first and second supporting members i 2 丄 2 2 is preferably larger than the width of the flexible circuit board 2 , In other words, the first building member 1 2 1 and the second supporting members i 2 2 support the weight of the flexible circuit board 20 to keep the flexible circuit board 2 Q at a level State to provide a drilling processing, when the operating environment, and by the plurality of - support member 121 and the plurality of second support members 122 private rolling characteristics auxiliary propulsion flexible circuit board 2 billion. As shown in the first and second figures, the roll-to-roll continuous horizontal drilling apparatus further includes a pull-up device 1 3 'the pull-up device 13 can have a --tensioning member 1 3 1 and a first a second strutting member 丄3 2 , the first strutting member 丄 3 i is disposed between the two of the first supporting members 1 21 ; the second strutting member 丄 3 2 is disposed in two of the first Between the two pieces 2 2 , wherein the first pull piece 1 3 1 and the first pull piece 3 2 respectively have two slide bars a and a weight disposed between the two slide bars A The component B, and each of the sliders a is provided with an adjusting member c. Specifically, the user can wrap the flexible circuit board 2 under the weight member B, and the soft board 2 covers the weight. A part of the surface of the component B is biased by the weight of the weight member b to the flexible circuit board 2, so that the flexible circuit board 2 has a better flatness to improve the accuracy of the drilling operation. In addition, as shown in the second figure, each side of the weight member β has a hole Β1, and the diameter of the two sliding rods ό is smaller than the diameter of the hole Β1, and the two sliding rods a respectively pass through the hole. Β 1, the weight member β is located between the two sliding rods A, the two sliding rods A provide the lateral force of the weight member B to prevent the lateral displacement of the weight member β; the adjusting member C is also the same The adjustment member C can be pressed down to the weight member B by the cooperation of the punching holes and the two sliding rods a. Therefore, the adjusting member can be matched with the weight member B to provide a suitable tension of the flexible circuit board 2. To improve the accuracy of the M397867 drilling operation. Aspects such as the first-volume-to-tree continuous horizontal drilling apparatus 1 further include a positioning portion 1 4, the positioning portion! 4 has a first positioning member 2 4 1 and a second positioning 42 disposed between the input end 101 and the drilling device 1 i; the second positioning member 丄 4 2 The first positioning member 24 is disposed above the first support member i 2 i; the second positioning member 42 is disposed at the output end 1 0 2 and the drilling device 1 1 Above the second supporting members 丄2 2 , the first positioning member i 4 and the second nasal positioning member 14 2 are positioned by using a light sensing principle, in particular, the first positioning member 141 and the first The two positioning members 〖4 2 respectively have a transmitter and a receiver' flexible circuit board 2 Q has a positioning hole 2 〇1 (as shown in the fourth figure), and the above-mentioned emitter emits a light beam onto the flexible circuit board 2 or via Positioning hole 2 〇1 to the obstacle. The above receiver receives the light beam reflected from the flexible circuit board 2 or the light beam reflected from the obstacle. The first positioning member and the second positioning member 14 2 The flexible circuit board is analyzed by the time difference of the calculated beam reflection; in addition, the first positioning member 和4 and the second positioning member 4 2 'I The daily distribution of the flexible circuit board 2 〇 - lateral offset is analyzed by the arrangement of the clamp holes 2 0 1 . In addition, the '3 liter roll-to-roll continuous horizontal drilling apparatus 1 further includes a cleaning device 15 that is disposed between the second struts i 3 2 and the output terminal 0 2 The cleaning device 15 has a plurality of adhesive members 1 51. Specifically, the adhesive members 1 51 are rollers, and the roller has a layer of adhesive, and the flexible circuit board 20 can pass through the adhesive members. In order to use the adhesive on the adhesive member 51 to remove dust debris from the flexible circuit board 2, to prevent dust debris from scratching the surface of the flexible circuit board 2. In summary, the advantages of the present invention include: 7/11 M397867 1. The flexible circuit board 20 is introduced into the drilling device 1 by the cooperation of the wheel end i 〇丄 and the output terminal i 〇 2 Drilling operation, in other words, the roll-to-roll continuous horizontal drilling equipment can be used for automated continuous drilling, thus solving the traditional problem of requiring flexible circuit board replacement, thus achieving Lang province production time and Save the cost of labor costs. 2. This creation does not require the replacement of the flexible circuit board 2 ,, which greatly reduces the chance of the user scratching the surface of the flexible circuit board 2 by improperly holding the flexible circuit board. Therefore, the thickness of the flexible circuit board 2 can be 30 micrometers. Improved to 24 microns. 3 The creation further utilizes the cleaning device 15 to remove dust and debris from the flexible circuit board 20 to prevent dust debris from scratching the surface of the flexible circuit board 2 . The above descriptions are only for the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Therefore, the equivalent technical changes in the present specification and the drawings are included in the scope of the present invention. [Simple description of the drawing] The first picture is a schematic diagram of the continuous horizontal drilling equipment of the roll-to-roll of the creation. The second figure is a schematic view of the tensioning device of the continuous horizontal drilling equipment of the roll-to-roll. The third figure is a schematic diagram of the drilling device of the present invention. The fourth figure shows a schematic view of the positioning holes on the flexible circuit board of the present invention. [Main component symbol description] 1 Coil-to-roll continuous horizontal drilling equipment 10 Conveying device 101 Input 102 Output 8/1]