1305067 九、發明說明： 【發明所屬之技術領域】 尤指—種以〇.〇17mm 厚 本發明關於一種貼紙式天線之製造方法 度銅箔來製造之貼紙式天線。 L先刖技術】1305067 IX. Description of the invention: [Technical field to which the invention pertains] In particular, the invention relates to a method for manufacturing a sticker antenna. A sticker antenna manufactured by copper foil. L 刖 technology]
士貼紙式天線，方便組裝於要求體積縮小的手機或行動 =的貼紙式天線 4採用此厚度的鈹銅才能承受接續的概製程中所 .、、 於皱銅的價格昂格，使得貼紙式天線的成本报高，不利競爭。力。由 秘觀⑽必糊_料_⑽咖 1…以作保護，但由於製程中僅將Mylar與峰合，在作業 發生銅與Mylar分離的缺點，有待改進。 ” ' 【發明内容】 本發明主錢供-獅紙敍狀觀方法，主 厚度之銅箱先黏上一層離型膜，使細可承受刷鍍製程之拉力，： =習用財O.ta的_，从·低造製成本且雜同款式天線 本發明的_在黏上_麵進行機製轉，·完 =形，沖切，再_ylar半成品，使銅_於Mylar背面；再將_ 二銅:與離型獏分開，並將Mylar背面再覆上黏膠，然後重新與離型 *、貼合；、經沖割Mylar成型並去邊，以製成貼紙式天線。 5 1305067 上述之製程中，由於將已賴銅蕩之Mylar再覆上—層黏膠，可 使銅箱緊㈣貼合_膠與Mylar之間，而不至於作業時讓銅箱與 Mylar分離，影響天線品質。 另外，本發明製程中，在離型膜與Mylar上打有定位孔，可讓製 程中之對位點由自動化機台操作，以減少人力支出並增加m咖與 銅箔相對距離之穩定性。Sticker-type antenna, easy to assemble in a mobile phone with a reduced size or a sticker-type antenna with motion = 4 This thickness of copper can be used to withstand the continuation of the process, and the price of wrinkled copper is angge, making the sticker antenna The cost is high and the competition is unfavorable. force. From the secret (10) must paste _ material _ (10) coffee 1 ... for protection, but because the process only Mylar and peak, the copper and Mylar separation in the operation of the shortcomings, need to be improved. "The content of the invention" is the main money supply-Lion paper description method. The copper box of the main thickness is first adhered to a release film, so that the thin can withstand the pulling force of the brush plating process,: = The utility of O.ta _, from the low-cost original and the same style antennas of the invention _ in the adhesion _ surface mechanism to turn, · finish = shape, die-cut, and then _ylar semi-finished products, so that copper _ on the back of Mylar; then _ two Copper: Separate from the release liner, and then add the adhesive to the back of Mylar, and then re-bond with the release *, and then cut and trim the Mylar to make a sticker antenna. 5 1305067 The above process In the middle, because the Mylar has been covered with a layer of adhesive, the copper box can be tightly bonded (4) between the glue and Mylar, so that the copper box is separated from Mylar during operation, which affects the quality of the antenna. In the process of the invention, positioning holes are formed on the release film and Mylar, so that the alignment point in the process can be operated by the automatic machine to reduce labor expenditure and increase the stability of the relative distance between the m coffee and the copper foil.
進者，本發明在天軸品之離型膜上打定位孔，可讓客戶作業時 以自動化機台將天、義於手機或行動電子裝置本體上。 以下，將依據圖面所示詳細說明本發明技術内容。 【實施方式】 清參見第一圖，係本發明之製造方法流程圖，其步驟包括： a. 將裸銅箱裁切成適當寬度並予捲繞之帶子並覆上黏勝及離型 臈； b. 處理完之銅箔以料帶方式刷鍍，先鍍鎳後鍍金； c. 刷鍍完之銅箱，進行形狀（Pattern)沖切，並同時於離型膜 上打定位孔； d. 銅箔成型後藉助定位孔以先行貼覆處理具有黏膠的办丨耵半成 σ · σσ ， e. 貼覆完成後銅箔黏於J{yiar之背面，並將Myiar(含銅箔）與離 型膜分開； 6 1305067 f. 將Mylar背面(含銅箱）再覆上黏膠； g. 以雜孔定位，重新鱗魏貼合；以及 • h. /㈣Mylar成型並去邊，貼紙式天線成型。 參見第二圖，在步驟4的Mylar半成品之製程包括： A1· Mylar (含膠）及離型紙晝定位孔；及 A2.沖割Mylar之定位孔，製成Mylar半成品。 在製程步驟a中，由於裸銅箔黏覆上離型膜，使得銅箔可承受下 -步驟b刷鍍製程之拉力，故鋪—般性之材料，而非殊殊材質 (如先前技術中的鈹銅）。目前使用的銅箱厚度為〇.〇17刪，遠較同款 式天線為薄。第三圖中展示了該製程之示意圖，將銅織筒丄〇、黏 膠捲筒2◦及離型膜捲筒3 〇所捲出的銅箱、黏膠及離型膜，以一組 壓合捲商4 0壓合在一起。 • 在製程步驟f中，由於將已黏覆賴之Mylar再覆上一層黏膠， 可使銅箱緊密的貼合於黏膠與Mylar之間，而不至於作業時讓銅箱與 Mylar分離’影響天線品質。製程步驟e至g以第四圖展示，其中銅羯 Mylar及離型膜捲筒5 〇經由Mylar銅箔捲筒6 〇及離型膜捲筒9 〇將 離型膜分開，然後在其間以黏膠捲筒8 〇捲出黏膠塗覆在岭丨虹含鋼 箔背面，並以一組壓合捲筒7 〇將所有壓合。 在製程步驟g中’在離型膜與Mylar上打有定位孔，可讓製程中 之對位點由自動化機台操作，以減少人力支出，並增加办丨时與銅〜 7In addition, the present invention makes a positioning hole on the release film of the Tian axis product, so that the customer can work on the body of the mobile phone or the mobile electronic device. Hereinafter, the technical contents of the present invention will be described in detail based on the drawings. [Embodiment] Referring to the first figure, a flow chart of the manufacturing method of the present invention includes the steps of: a. cutting a bare copper box into a tape of appropriate width and pre-wound and covering the adhesive and release 臈; b. The finished copper foil is brushed by strip, first nickel plated and then gold plated; c. brushed copper plate, shape punching, and simultaneously locating holes on the release film; d. After the copper foil is formed, the locating half with the locating hole is σ · σσ by means of the positioning hole, e. After the tiling is completed, the copper foil is adhered to the back of the J{yiar, and the Myiar (with copper foil) is Release film separation; 6 1305067 f. Put Mylar back (including copper box) with glue; g. Position with holes, re-scale fit; and • h. / (4) Mylar molding and edge removal, sticker antenna forming. Referring to the second figure, the process of the Mylar semi-finished product in the step 4 includes: A1·Mylar (including glue) and the release paper locating hole; and A2. Punching the positioning hole of Mylar to make the Mylar semi-finished product. In the process step a, since the bare copper foil is adhered to the release film, the copper foil can withstand the pulling force of the lower-step b brush plating process, so the general material is not the special material (as in the prior art). Copper bismuth). The thickness of the copper box currently used is 〇.〇17, which is much thinner than the same type of antenna. The third figure shows a schematic diagram of the process, which is a set of press-fitted copper boxes, adhesives and release films of copper woven cylinders, adhesive rolls 2 离 and release film reels 3 〇 The volume dealer 40 is pressed together. • In process step f, the lid is glued to Mylar and a layer of glue is applied to allow the copper box to fit tightly between the glue and Mylar, so that the copper box is separated from Mylar during operation. Affect the antenna quality. Process steps e to g are shown in the fourth figure, in which the copper crucible Mylar and the release film reel 5 are separated by a Mylar copper foil reel 6 and a release film reel 9 ,, and then adhered therebetween. The film roll 8 is rolled out of the back of the lingering red-containing steel foil and pressed together with a set of press rolls 7 〇. In the process step g, 'positioning holes are formed on the release film and Mylar, so that the alignment point in the process can be operated by the automatic machine to reduce labor expenditure and increase the handling time with copper ~ 7
1305067 相對距離之敎性。進者，本發明在天線成品之離顧上打定位孔， 讓客戶作業時以自動化機台貼於手機或行動電子裝置本體上。 *综上所陳，本發明所提供的貼紙式天線之製造方法，使得天線較 薄且成本大為下降，並使得鋪與Mylar _覆_不會分離，因此^ 本發明完全符合專娜件，銳法提出申請。 【圖式簡單說明】 第圖代表本發明貼紙式天線之製造方法之流程圖； 第二圖代表本發明Mylar半成品之製造流程圖； 第三圖代表本發明製造步驟a之示意圖； 第四圖代表本發明製造步驟eig之示意圖。 【主要元件符號說明】 10... .......銅箔捲筒 20.·, 3 0·. 40.., 5 0.. .......銅箔、Mylar及 60.., 70·., 80.· 90.·, 81305067 The relative distance between the two. In addition, the present invention places a positioning hole on the antenna of the finished product, so that the customer can work on the mobile phone or the mobile electronic device body. * In summary, the method for manufacturing the sticker antenna provided by the present invention makes the antenna thin and the cost is greatly reduced, and the paving is not separated from the Mylar _ _, so the present invention completely conforms to the singular parts. Sharp applied for an application. BRIEF DESCRIPTION OF THE DRAWINGS The figure represents a flow chart of a method for manufacturing a sticker antenna of the present invention; the second diagram represents a manufacturing flow chart of the Mylar semi-finished product of the present invention; the third figure represents a schematic view of the manufacturing step a of the present invention; A schematic diagram of the manufacturing step eig of the present invention. [Main component symbol description] 10... .......copper foil reel 20.·, 3 0·. 40.., 5 0.. ....... copper foil, Mylar and 60 .., 70·., 80.· 90.·, 8