M412167 五、新型說明： 【新型所屬之技術領域】 本創作係一種防鍍膜撕離治具，尤指一種可避免防鍍 膜撕離造成製品折壓傷，並提升製品良率的防鍍膜撕離治 具。 . 【先前技術】 . 軟性印刷電路板在製造過程中，會依據需求進行電鍍 # 作業’在電鍍過程中，會在軟性印刷電路板的製品中不需 要電鍍的位置上’以防鍍膜貼合，避免浪費電鍍材料且節 省電鑛材料成本’另若依據軟性印刷電路板的製品規格不 同’需要進而數次電鍍步驟時，仍採用防鍍膜貼合於製品 上不需要電鍍之區域，達到製品上被黏貼區域防電鍍的功 用’其中’軟性印刷電路板的製品完成電鍍作業後，需要 將其上貼覆的防鍍膜撕離，操作人員一手壓持製品的邊緣 ’另一手將製品上的防鍍膜撕離。 I 然防鍍膜的黏度較高，所以防鍍膜被撕離的過程中會 將製品往上提拉，而製品僅邊緣被操作人員壓持，無任何 力量可將製品整平，導致防鍍膜撕離過程中易造成製品上 • 產生折壓傷，而增加製品不良率。 【新型内容】 “本創作之主I目的在於提供一種防錢膜撕離治具，希 藉此設計，改善目前軟性印刷電路板在防鑛膜被撕離過程 中，谷易產生折壓傷而增加不良率的問題。 為達成前揭目的，本創作所設計之防鑛膜撕離治具， 3 M412167 包含有： 一機台，其内設有一容室’並於該機台上形成一開口 一抽氣組件，其包含有一受控於開關的幫浦及一抽氣 官’該抽氣管一端連接該幫浦，另端連通該機台的容室； 以及 一載台，其係設於該機台上並封閉該開口，該載台上 形成一工作面，該工作面上設有複數取置槽及多數貫穿孔 ’該些貫穿孔位於取置槽外圍並連通該機台的容室。 上述中，該防鍍膜撕離治具的載台可提供欲撕離防锻 膜的軟性印刷電路板的製品放置，利用該抽氣組件的幫浦 運轉’透過貫穿孔而將製品平整地吸附定位於工作面上， 操作人員便可將製品上的防鍍膜撕離，防鍍膜撕離後，抽 氣組件可切換而釋放對製品的吸附力，操作人員的手指可 伸入取置槽中’進而提起製品，在撕離過程中，製品受到 吸附力而保持平整地定位在載台上，所以製品不會因防鍍 膜的的撕離而產生折壓傷，故可提升製品良率。 【實施方式】 請參閱圖1，為本創作防鍍膜撕離治具之一較佳實施 例’其包含有一機台10、一抽氣組件20及—載台3〇。 該機台10内設有一容室11,該容室11於該機台1〇 的頂面上形成一開口 12 » 該抽氣組件20包含有一開關21、一幫浦22及一抽 氣管23’該開關21上設有一開啟鈕24及—關閉叙25, 該幫浦22係電性連接且受控於該開關21，該幫浦22可 M412167 進仃抽氣作業，該抽氣管23 —端連接該幫浦22，另端連 通該機台10的容室11 ^ 該載台30係設於該機台10上並可封閉該機台的 開口 12,該載台30上形成一工作面31，該工作面μ上 設有複數取置槽32及多數貫穿孔33，該些貫穿孔位 於取置槽32外圍並連通該機台1〇的容室仞，及貫穿孔 33未落於取置槽32中，於本創作較佳實施例中該載台 φ 3〇以相對該工作面31的底面靠置於該機台1〇的頂面上 ，該載台30於工作面31上設有二相間隔的取置槽32， 該二取置槽32分別由該載台30的兩相對側面處朝對向延 伸。 其中，該機台10於鄰接容室11的内側壁面上可延伸 一承緣’該載台30可靠置於該機台10的承緣上。 另外，該防鍍膜撕離治具進一步包含有一蓋板6〇,該 蓋板60可蓋於該載台30上並遮蔽外露之貫穿孔33，以 φ 及該防鍍膜撕離治具可設有流量錶與壓力錶。 請參閱圖2、圖3所示，該防鍍膜撕離治具可提供欲 -撕離防鍍膜50的製品40放置於該載台30的工作面31上 • ’製品4〇遮蔽一部分的貫穿孔33，再利用蓋板60遮蓋 其餘的貫穿孔33,操作人員可按壓該開關21的開啟鈕24 ’啟動幫浦22運轉並抽取容室11中的空氣，透過貫穿孔 33對製品40施加吸附力，讓製品40可以平整地定位於 載台30上。 另如圖4、圖5所示，製品40定位後，操作人員便可 將製品40上的防鍍膜50撕離，撕離過程中，製品40持 5 M412167 續受到吸附力’故保持平整狀態定位於載台3〇的工作面 31上，待防鍍膜50撕離作業完成後，操作人員可按壓該 開關21的關閉鈕25,使幫浦22停止抽吸該容室中^ 空氣’取消施加於製品40上的吸附力，操作人員的手指 可伸入載台30的取置槽32中，進一步將製品4〇提離該 載台30。 綜上所述，該防鍍膜撕離治具利用載台3〇上的貫穿 孔33與抽氣組件20的配合設計，對製品4〇施加定位的 吸附力，讓製品40在防鍍膜50被撕離的過程中，可保持 平整地位於該載台30的工作面31上，達到避免製品4〇 產生折壓傷的目的，以提升產品良率，另外，利用蓋板6〇 遮蔽多餘貫穿孔33,可讓幫浦22維持在固定壓力，不需 要因製品40改變而隨時改變幫浦22的壓力，並可降低耗 能，且蓋板60的大小與形狀可針對製品4〇而作配合的改 變，此外，該載台30上取置槽32設計，有助於製品4〇 的放置與拿取。 【圖式簡單說明】 圖1 :為本創作防鍍膜撕離治具之一較佳實施例之立體 分解示意圖。 圖2 .為本創作防鍵膜撕離治具之一較佳實施例之未放 置欲撕離防鍍膜之製品的立體示意圖。 圖3 .為本創作防鍵膜撕離治具之一較佳實施例之已放 置欲撕離防鍍膜之製品的立體示意圖。 圖4 :為本創作防鍍膜撕離治具之一較佳實施例之撕離 防鍍膜的過程示意圖。 M412167 圖5 :為本創作防鍍膜撕離治具之一較佳實施例之已撕 離防鍍膜之製品後的立體示意圖。 【主要元件符號說明】 10機台 11 容室 12開口 2 0抽氣組件 21開關 22馬達 23抽氣管 24開啟鈕 25關閉鈕 30載台 31 工作面 32取置槽 33貫穿扎 40製品 50防鍍膜 60蓋板M412167 V. New description: 【New technical field】 This is a kind of anti-coating film peeling fixture, especially a kind of anti-coating film peeling treatment which can avoid the product from being crushed and damaged by the peeling of the anti-coating film and improve the yield of the product. With. [Prior Art] . Flexible printed circuit boards are plated according to requirements during the manufacturing process. #工作' In the electroplating process, there is no need for plating in the products of flexible printed circuit boards. Avoid the waste of electroplating materials and save the cost of electro-mineral materials. 'Also, depending on the product specifications of the flexible printed circuit board', when several electroplating steps are required, the anti-plating film is still applied to the area where the electroplating is not required, and the product is The function of anti-plating in the adhesive area 'When the product of the flexible printed circuit board is finished, the anti-coating film on the attached surface needs to be peeled off, and the operator holds the edge of the product with one hand'. The other hand tears the anti-coating film on the product. from. I Although the viscosity of the anti-coating film is high, the anti-coating film will be pulled up during the process of tearing off, and the edge of the product is only pressed by the operator, without any force, the product can be leveled, resulting in tearing off the anti-coating film. In the process, it is easy to cause damage on the product, and increase the defect rate of the product. [New Content] "The main purpose of this creation is to provide a kind of anti-money film tear-off fixture. I hope to design and improve the current soft printed circuit board in the process of tearing off the anti-mine film. The problem of increasing the rate of non-performing. In order to achieve the pre-existing purpose, the anti-mine film tear-off fixture designed by this creation, 3 M412167 includes: a machine with a chamber inside and an opening formed on the machine a pumping assembly comprising a pump controlled by the switch and a pumping officer, wherein the pumping pipe is connected to the pump at one end and the chamber of the machine is connected to the other end; and a carrier is disposed at the pumping station The opening is closed on the machine table, and a working surface is formed on the working surface. The working surface is provided with a plurality of receiving grooves and a plurality of through holes. The through holes are located at the periphery of the receiving groove and communicate with the chamber of the machine. In the above, the stage of the anti-plating film peeling fixture can provide the product placement of the flexible printed circuit board to be peeled off the anti-forging film, and the pump operation of the pumping assembly can be used to smoothly position the product through the through hole. On the work surface, the operator can The anti-coating film on the product is peeled off, and after the anti-coating film is peeled off, the suction component can be switched to release the adsorption force to the product, and the operator's fingers can be extended into the taking-out groove to further lift the product, and during the tearing process, the product The product is positioned flat on the stage by the adsorption force, so that the product does not cause a crushing injury due to tearing of the anti-plating film, so that the product yield can be improved. [Embodiment] Please refer to FIG. A preferred embodiment of the coating tear-off fixture comprises a machine table 10, a pumping assembly 20 and a loading platform 3. The machine bed 10 is provided with a chamber 11 on which the chamber 11 is located. An opening 12 is formed on the top surface of the 1〇. The pumping assembly 20 includes a switch 21, a pump 22 and an exhaust pipe 23'. The switch 21 is provided with an opening button 24 and a closing switch 25, the pump 22 Electrically connected and controlled by the switch 21, the pump 22 can be pumped to M412167, the exhaust pipe 23 is connected to the pump 22, and the other end is connected to the chamber 11 of the machine 10. The table 30 is disposed on the machine table 10 and can close the opening 12 of the machine table. A working surface 31 is formed on the stage 30. The working surface μ is provided with a plurality of receiving slots 32 and a plurality of through holes 33. The through holes are located at the periphery of the receiving slot 32 and communicate with the chamber 仞 of the machine 1 , and the through holes 33 do not fall into the receiving slots. In the preferred embodiment of the present invention, the stage φ 3 靠 is placed on the top surface of the machine 1 相对 opposite to the bottom surface of the working surface 31 , and the stage 30 is provided on the working surface 31 . The two spaced-apart slots 32 are oppositely opposite from opposite sides of the stage 30. The machine table 10 extends a rim on the inner side wall of the adjacent chamber 11. 'The stage 30 is reliably placed on the rim of the machine table 10. In addition, the anti-plating film tear-off jig further includes a cover plate 〇, the cover plate 60 can be covered on the stage 30 and shielded from the exposed The through hole 33 may be provided with a flow meter and a pressure gauge with φ and the anti-plating film peeling jig. Referring to FIG. 2 and FIG. 3, the anti-plating film peeling fixture can provide the product 40 of the anti-coating film 50 to be placed on the working surface 31 of the stage 30. 33, the cover plate 60 is used to cover the remaining through holes 33, and the operator can press the opening button 24' of the switch 21 to start the operation of the pump 22 and extract the air in the chamber 11, and apply the adsorption force to the product 40 through the through hole 33. The article 40 can be positioned flat on the stage 30. As shown in FIG. 4 and FIG. 5, after the product 40 is positioned, the operator can tear off the anti-coating film 50 on the product 40. During the tearing process, the product 40 is held by the 5 M412167 and continues to be adsorbed. On the working surface 31 of the stage 3, after the tear-off operation of the anti-coating film 50 is completed, the operator can press the closing button 25 of the switch 21 to stop the pump 22 from pumping the air in the chamber. The suction force on the product 40 can be extended into the receiving groove 32 of the stage 30 by the operator's fingers, and the product 4 can be further lifted off the stage 30. In summary, the anti-coating film tear-off fixture utilizes the cooperation design of the through-hole 33 on the stage 3 and the suction assembly 20 to apply a positioning adsorption force to the product 4, so that the product 40 is torn in the anti-coating film 50. During the process of separation, it can be kept flat on the working surface 31 of the stage 30, so as to avoid the occurrence of crushing and crushing of the product 4 to improve the product yield. In addition, the cover plate 6 is used to cover the excess through hole 33. The pump 22 can be maintained at a fixed pressure, and the pressure of the pump 22 does not need to be changed at any time due to the change of the product 40, and the energy consumption can be reduced, and the size and shape of the cover plate 60 can be changed for the product. In addition, the loading groove 32 of the loading table 30 is designed to facilitate the placement and removal of the product 4 . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of a preferred embodiment of the present invention. Fig. 2 is a perspective view showing a preferred embodiment of the creation of the anti-bond film tear-off jig for the article to be peeled off from the anti-plating film. Fig. 3 is a perspective view showing a preferred embodiment of the creation of the anti-bond film tear-off jig for the article to be peeled off from the anti-plating film. Fig. 4 is a schematic view showing the process of peeling off the anti-coating film according to a preferred embodiment of the present invention. M412167 Fig. 5 is a perspective view of the preferred embodiment of the present invention, which has been peeled off from the anti-plating film. [Main component symbol description] 10 machine 11 chamber 12 opening 20 air pumping unit 21 switch 22 motor 23 air pump 24 opening button 25 closing button 30 stage 31 working surface 32 take-up slot 33 through 30 product 50 anti-coating film 60 cover