100年05月19日梭正替换頁 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係關於一種被動元件治具，尤指一種載置被 動元件所需製程時，避免損壞基板並掀除基板上黏合之 膠膜的被動元件治具’進而減少被動元件製程在基板的 損耗成本》 【先前技術】 一般傳統的被動元件治具包含一基板，較佳係由玻 璃纖維塑膠（FRP)材質製成。該基板設有數個穿孔貫穿 該基板之兩側表面，當使用該基板進行被動元件之浸鍍 (dipping)、封裝（taping)或燒附（curing)等製 程程序時，為防止容置於貫穿基板之穿孔内之被動元件 掉落’可將一膠膜黏附於該基板之一側表面上，待燒附 (curing)等程序完成後，需將膠膜自基板上撕除。惟 穋膜與基板黏貼相當平整，在無法找到較佳施力點的 情況下，往往造成作業人員僅能從基板與膠膜黏合處費 力地撕除該膠膜，不僅耗費相當多之人力與工作時間， 也因而降低製程之作業效率》 中華民國新型專利公告第M343357號公報（文獻1) 針對上述缺點揭示一種改良的被動元件治具。基板側緣 具有需利用銑刀製程所形成之數個U型剝離部，可利用機 械手臂之爪部抓取覆蓋於該剝離部上之膠臈，進而撕除 基板上之膠膜；惟，該剝離部間之具υ型結構之基板部分 在機械手臂之爪部長時間地撕除膠膜下，由於基板玻 螭纖維塑膠之高溫脆化性，造成υ型結構之基板之角端形 第3頁/共13頁 表單編敢ΑΟίοι 1〇〇ΐ^5月19日梭正销5~| 成銳角化問題，最終造成剝離部一側之基板的剝離損壞 ’造成整塊基板無法再使用；另外，此u型剝離部之銑刀 製程成本費用高’於製造生產上較不具優勢。基於上述 原因’有必要進一步改良傳統之被動元件治具。 【新型内容】 [0004] 本創作即是為克服現有被動元件進行浸鍍（dipping )、封裝（taping)或燒附（curing)等程序時，機械 手臂之爪部在長時間地撕除膠膜下，造成基板的剝離損 壞’使得基板無法再使用的問題。提供一種掀除基板之 | 膠膜製程時，可以避免損壞基板的被動元件治具，減少 被動元件製程在基板損耗的成本。 [0005]On May 19th, 100th, the shuttle is replacing page 5. New description: [New technical field] [0001] This work is about a passive component fixture, especially when it is necessary to process a passive component to avoid damage to the substrate. And removing the passive component fixture of the adhesive film on the substrate, thereby reducing the cost of the passive component process on the substrate. [Prior Art] The conventional passive component fixture comprises a substrate, preferably a fiberglass plastic (FRP). ) Made of material. The substrate is provided with a plurality of perforations extending through the two sides of the substrate. When the substrate is used for dipping, taping or curing of the passive component, the substrate is prevented from being placed on the through substrate. The passive component falling in the perforation can adhere a film to one side surface of the substrate, and after the process such as curing is completed, the film needs to be peeled off from the substrate. However, the adhesion between the enamel film and the substrate is quite flat. In the case where a better application point cannot be found, the operator can only tear off the film from the adhesion of the substrate and the film, which not only consumes a lot of manpower and work. Time, and thus reduced efficiency of the process. The Republic of China New Patent Publication No. M343357 (Document 1) discloses an improved passive component jig for the above disadvantages. The side edge of the substrate has a plurality of U-shaped peeling portions formed by using a milling cutter process, and the glue covering the peeling portion can be grasped by the claw portion of the mechanical arm, thereby peeling off the film on the substrate; The substrate portion of the υ-shaped structure between the peeling portions is peeled off under the adhesive film for a long time in the claw portion of the robot arm, and the corner end of the substrate of the υ-shaped structure is formed due to the high-temperature embrittlement of the substrate glass fiber plastic. / Total 13 pages of form ΑΟ ΑΟ ο ο ο ο ο ο 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 This u-type stripping section has a high cost of milling process, which is less advantageous in manufacturing. For the above reasons, it is necessary to further improve the traditional passive component fixture. [New content] [0004] This is to overcome the existing passive components such as dipping, taping or curing, the claws of the robot arm tear off the film for a long time. Underneath, the peeling damage of the substrate is caused, which makes the substrate unusable. Providing a method for removing the substrate; when the film process is performed, the passive component jig that damages the substrate can be avoided, and the cost of the passive component process in the substrate loss can be reduced. [0005]
根據本創作之被動元件治具包含：一基板，該基板 具有一容置區，該容置區係由數個穿孔排列而成，供被 動元件容置用’該基板之一側邊緣設有至少一個周緣封 閉的貫穿孔’以供掀膜凸具之凸柱穿過並掀起該基板表 面黏合之膠膜；該周緣封閉的貫穿孔之設計，可完全避 免機械手臂在進行撕除膠膜程序時造成基板侧緣端的剝 離損壞。此外，當掀膜凸具之凸柱穿過該貫穿孔掀起黏 合之膠模時，可進一步在鄰近貫穿孔處之膠膜本放置加 壓柱體，該加壓柱體之向下重力於基板上所產生的反作 用力可使膠膜掀起之狀態更為明顯。 【實施方式】 以下將配合實施例將本創作技術特點作進一步地說 明’為讓本創作之上述目的與特徵能更明顯易懂，下文 特舉本創作之較佳實施例，並配合所附圖式，作詳細說 表單編號A0101 第4頁/共13頁 [0006] M407587 明如下。 100年05月19日菝正替換頁 [0007]The passive component jig according to the present invention comprises: a substrate having an accommodating area, the accommodating area being arranged by a plurality of perforations for receiving the passive component with at least one side edge of the substrate a peripherally closed through hole 'passes through the protruding column of the enamel protrusion and picks up the film adhered to the surface of the substrate; the peripherally closed through hole is designed to completely avoid the mechanical arm during the process of tearing off the film Peeling damage at the side edge of the substrate. In addition, when the protrusion of the enamel protrusion protrudes through the through hole to bond the glue mold, the pressure cylinder may be further placed adjacent to the through hole, and the pressure cylinder is downwardly gravityd on the substrate. The reaction force generated on the surface makes the film pick up more obvious. [Embodiment] The features of the present invention will be further described in conjunction with the embodiments. The above described objects and features of the present invention can be more clearly understood. The preferred embodiments of the present invention are described below in conjunction with the drawings. For the detailed description of the form number A0101, page 4 / total 13 pages [0006] M407587 is as follows. On May 19, 100, Yongzheng Replacement Page [0007]
請參照第-〜二圖所示，根據本創作㈣元件治具 其匕3基板（1 )，該基板（1 ) g己置有一容置 區（in供被動轉容置用，且該容置區（ιι)由 複數個穿孔（1 1 i)排列形成該複數個穿孔（工工 .1 )供被動7L件置放後，黏合—膠膜（2 )於該基板（ 1 )上；以及至少—個其周緣呈封閉狀的貫穿孔（；L 2 )供掀膜凸具（3)上之凸柱（3D穿過以掀起該基 板（1)表面黏合之膠膜（2);其中該貫穿孔（12 )可為圓形、方形、三角形或其他任意幾何形狀，且其 掀膜凸具（3)上之凸柱（3 1 )為其相對應之形狀。Please refer to the figure -~2, according to the creation (4) component fixture, the 基板3 substrate (1), the substrate (1) g has a accommodating area (in for passive transposition, and the accommodating The area (ι) is arranged by a plurality of perforations (1 1 i) to form the plurality of perforations (worker.1) for the passive 7L pieces to be placed, and then the adhesive film (2) is on the substrate (1); a through hole (; L 2 ) having a peripheral periphery closed for the protrusion on the enamel protrusion (3) (3D passes through the film (2) for picking up the surface of the substrate (1); wherein the through film The hole (12) may be a circle, a square, a triangle or any other geometric shape, and the protrusion (3 1 ) on the diaphragm protrusion (3) has its corresponding shape.
W] 請再參照第三圖所示，翻示本創作之再—實施方 式’其中於膠膜（2)表面靠近周緣封閉的貫穿孔（1 2) &置放加壓柱體（4)，該力σ壓柱體（4)利用 物理性質之作用力與反作用力，當掀膜凸具.（3 )上之 凸柱（3 1)穿過該貫穿孔（i 2)掀起覆蓋之膝模（ 2)時’該膠膜（2)掀起之狀態將更為明顯。 [_] 第四及第五料顯示從第二及第三®側面觀察之剖 面圖’其巾顯示被動元件治具之周緣關的貫穿孔（工 2)與掀膜凸具（3)之相對位置及其作用情形。該掀 膜凸具（3)上之凸柱（3 1 )穿過貫穿孔（丄2 )後 ，藉由加壓柱體（4)於基板（1 )上所產生之反作用 力的輔助’膠膜（2)掀起之狀態將更為明顯。 [0010] 由上述之被動元件治具實施說明可知，本創作與現 表單編號A0101 第5頁/共13頁 100年05月1.9日修正替換頁 有技術相較之下，本創作具有以下優點： [0011] 1. 本創作之被動元件治具之貫穿孔因其周緣封閉之圓 形結構，將使得靠近貫穿孔一側的基板結構相較於 傳統具有開口端之U型設計更加堅固，因而可完全避 免機械手臂在進行撕除膠膜程序時造成基板側緣端 的剝離損壞。 2. 本創作之被動元件治具之周緣封閉的貫穿孔於製程 上可使用鑽孔或沖模等製造方法，相較於傳統使用 銑刀製成之U型開口端，除了能避免基板U型結構之 角端形成銳角化而造成基板靠近貫穿孔一側之基板 的剝離損壞，也能節省因銑刀製程產生相對於鑽孔 或沖模製程之較高製造成本費用。 [0012] 綜上所述，本創作實施例確能達到所預期之使用功 效，亦未曾公開於申請前，誠已完全符合專利法之規定 與要求，爰依法提出新型專利之申請，懇請惠予審查， 並賜准專利，則實感德便。W] Please refer to the third figure again to illustrate the re-implementation of the present invention, in which the through-hole (1 2) & closed on the surface of the film (2) close to the periphery is placed (4) The force σ pressure cylinder (4) utilizes the physical force and the reaction force, when the convex column (3 1) of the aponeurosis convex device (3) passes through the through hole (i 2) to lift the covered knee When the mold (2) is pressed, the state of the film (2) is more obvious. [_] The fourth and fifth materials show a cross-sectional view from the second and third side views. The towel shows the relative hole of the passive component fixture (working 2) and the aponeurosis (3). Location and its role. After the protrusion (3 1 ) on the enamel protrusion (3) passes through the through hole (丄2), the auxiliary force of the reaction force generated by pressing the column (4) on the substrate (1) The state in which the membrane (2) is lifted will be more pronounced. [0010] From the above description of the passive component jig, it can be seen that the present invention has the following advantages compared with the current form number A0101, page 5/13, 100 years, May, 1.9, rev. [0011] 1. The through hole of the passive component jig of the present invention has a circular structure closed at its circumference, so that the substrate structure near the side of the through hole is stronger than the conventional U-shaped design having an open end, and thus It completely avoids the peeling damage of the side edge of the substrate when the robot arm performs the process of tearing off the film. 2. The through hole of the passive component fixture of the present invention can be manufactured by using a drilling or die in the manufacturing process, and the U-shaped open end of the conventionally used milling cutter can avoid the U-shaped structure of the substrate. The corners of the corners are sharpened to cause peeling damage of the substrate adjacent to the side of the through-hole, and the manufacturing cost of the milling process relative to the drilling or die process can be saved. [0012] In summary, the present embodiment can achieve the expected use efficiency, and has not been disclosed before the application, Cheng has fully complied with the provisions and requirements of the Patent Law, and filed a new patent application according to law. Examining and granting patents will make you feel good.
【圖式簡單說明】 [0013] 第一圖為根據本創作實施例之被動元件治具之俯視圖 [0014] 第二圖為根據本創作實施例之被動元件治具掀起膠膜前 之俯視圖 [0015] 第三圖為根據本創作實施例之被動元件治具掀起膠膜時 之俯視圖 [0016] 第四圖為顯示從第二圖側面觀察之刮面圖 表單編號A0101 第6頁/共13頁 M407587 100年.05月19日核正替換頁 [0017] 第五圖為顯示從第三圖側面觀鯊之剖面圖 【主要元件符號說明】 [0018] (1 ) 基板 ( 1 1 ) 容置區 [0019] (1 11) 穿孔 ( 1 2 ) 貫穿孔 [0020] (2 ) 膠膜 ( \ 3 ) 掀膜凸具 [0021] (3 1 ) 凸柱 ( 4 ) 加壓柱體 表單編號A0101 第7頁/共13頁BRIEF DESCRIPTION OF THE DRAWINGS [0013] The first figure is a top view of a passive component jig according to the present creative embodiment [0014] The second figure is a top view of the passive component jig according to the present creative embodiment before the film is lifted [0015] The third figure is a plan view of the passive component jig according to the present creative embodiment when the film is lifted [0016] The fourth figure shows the scraped surface form A0101 viewed from the side of the second figure. Page 6 of 13 M407587 100 years. May 19th, nuclear replacement page [0017] The fifth picture shows a cross-sectional view of the shark from the side of the third picture [main component symbol description] [0018] (1) substrate (1 1 ) accommodating area [ 0019] (1 11) perforation ( 1 2 ) through hole [0020] (2) film ( \ 3 ) aponeurosis [0021] (3 1 ) stud (4) pressurized cylinder form number A0101 7 Page / Total 13 pages