TWI298358B - Apparatus for plating strip material and method for transporting strip material - Google Patents

Apparatus for plating strip material and method for transporting strip material Download PDF

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Publication number
TWI298358B
TWI298358B TW94103941A TW94103941A TWI298358B TW I298358 B TWI298358 B TW I298358B TW 94103941 A TW94103941 A TW 94103941A TW 94103941 A TW94103941 A TW 94103941A TW I298358 B TWI298358 B TW I298358B
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Taiwan
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line
long
sheet
long sheet
plating
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TW94103941A
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Chinese (zh)
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TW200530436A (en
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Matsushita Electric Ind Co Ltd
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I r 九、發明說明: 【發明所屬之技術領域】 本發明,係關於用以對例如1C導線架等之長片材施以 、電鑛處理之長片材之電鐘裝置,並關於供搬送長片材通過 笔鑛槽内或洗淨槽内等之長片材之搬送方法。 【先前技術】 係表示習知例之長片材之電鍍裝置(例如,參照專 )。在3條至5條左右之通電兼搬送用線2丨4上, 圖5 利文獻1[Irrigation] [Technical Field] The present invention relates to an electric clock device for applying a long sheet material such as a 1C lead frame or the like, and electro-mine processing, and relates to transporting The long sheet is conveyed by a long sheet in a pen ore tank or in a washing tank. [Prior Art] A plating apparatus (for example, reference) which is a long sheet of a conventional example. On the electricity supply and transportation line 2丨4 of about 3 to 5, Figure 5

將導線架2〇1藉由裝載機203以—定間隔裝入,藉此搬送 導線架201。在其搬送途中,在處理槽2〇5施以電鍍處理。 然後,捲取通電兼搬送用線214’導線架201則以乾燥機(未 圖示)乾燥,藉由卸載機204將電鍍完成品依序回收。 ' 通電兼搬送用線214捲繞於後捲線筒207。各線214 之張力(tension)可藉由可變制動器2〇8調整。進而,用 加壓輥210壓緊線214,以使全體制動器2〇9之主制動力 能均等地作用。線214,通過處理槽205、位置修正裝置215 %等’然後捲繞於搬送主軸2n,再以加壓輥212壓緊以避 免滑動。所送出之線214,則藉由捲線機捲取所送出之部 ^ 分0 從管理槽206藉由泵216對處理槽2〇5供應液。進而 設置整流裔21 7以進行電解處理。 (專利文獻1)日本特開2000 - 1 29494號公報 【發明内容】 在上述習知之構成,因在通電兼搬送用線(由3條至 5 1298358 條之複數條線組成且P | ^一 ^ Π5 \ * ^者&間M上褒載搬送導線架, V致在毛鍍液中導線架之姿 不均之問題。 電鍍厚度 本發明’係用來解決前述習知之問題 供:能使用通電兼搬送用線而穩定進 ,在方4 電,且使裝置之構成f1化❹片材2導線架之搬送與通 之搬送方法。“化的長片材之電錢裳置、及長片材 本發明之長片材之電鍍裝置,具備:電鍍槽 過該電鍍槽内部的方式實質 9 、 貝貝上/口水平方向架設之 將長片材藉由該導電線支持並、、推 對該長片材施以電鑛;該導電線,在=鐘=部,俾 區間之該導電線之該長片材裝載 V電線之通過路徑配置位 載於該導t線之冑㈣俾防止4 本發明朝横方向傾倒。 枣毛月之長片材之搬送方法The lead frame 2〇1 is loaded at a predetermined interval by the loader 203, thereby transporting the lead frame 201. During the transport, the plating tank 2〇5 is subjected to a plating treatment. Then, the lead-and-conveyor wire 214' is taken up by a dryer (not shown), and the plated product is sequentially collected by the unloader 204. The electric current and transport line 214 is wound around the rear reel 207. The tension of each line 214 can be adjusted by the variable brakes 2〇8. Further, the line 214 is pressed by the pressure roller 210 so that the main braking force of the entire brake 2〇9 acts equally. The line 214 passes through the processing tank 205, the position correcting means 215%, etc., and is then wound around the conveying spindle 2n, and is pressed by the pressure roller 212 to avoid slippage. The line 214 that is sent out supplies the liquid to the processing tank 2〇5 from the management tank 206 by the pump 216 by winding the portion to be sent by the winding machine. Further, a rectifying body 21 7 is provided for electrolytic treatment. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2000- 1294494 [Summary of the Invention] The above-described conventional configuration is composed of a plurality of lines of 3 to 5 1298358 and a P × ^ ^ ^ Π5 \ * ^ 者 &; M 搬 搬 搬 搬 搬 搬 搬 搬 搬 M M M M M M M M M M M M M M M M M M M M M M M 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬 搬The transfer line is stabilized, and the device 4 is electrically connected, and the device f1 is used to transfer the lead frame of the sheet 2 and the transfer method of the lead frame. The "long-length sheet material" and the long sheet are used. The electroplating apparatus for the long sheet of the present invention has a method in which the plating bath passes through the inside of the plating tank, and the long sheet is supported by the conductive line, and the long sheet is supported by the conductive line. The sheet is subjected to an electric ore; the conductive line is at a portion of the conductive line of the conductive line of the electric field, and the passage path configuration position of the long electric wire loaded with the V electric wire is carried on the guide wire (four). Dumping in the horizontal direction. How to transport long sheets of jujube hair

送長片材,使JL iS % # ” 9由木仅之線支持搬 内,對通心之^ 行電鑛或洗淨等處理之處理槽 内對通過中之該長片材施地 該線,在其上面…义處理,其特徵在於: 支持的裝载部; 〃將登立裝载之該長片材之下邊 沿該線之通過路徑配置 該綠之裝載部㈣件,侔防止裝載於 將該長片材豎立裝載於該線之 長邊方向移動,以使該長 、載和精由使該線沿 依本發明之長片材之電二,理槽内。 、置、及長片材之搬送裝置, 1298358 能穩定進行導線架之搬送與通電,且使裝置之構成簡化。 【實施方式】 在本發明之長片材之電鍍裝置,可將前述裝載部,例 如二前述長片材之下邊為大之平坦部形成。或是,可 將則述I載部以槽部(具有較前述長片材之 口)形成。 巧八I開 又 可具備堡延賴i,葬 精以對刚迷導電線形成前述平坦 ::成f設有突條之壓延輕,藉以在前述導電線 成刮述_槽部。 材料:覆前述導電線’除前述裝載部露出外係以耐熱絕緣 厂、本I、明之:’、圖式D兄明本發明之實施形態。® 1,係表 貫施形態之電鍍裝置之概略構成的立體圖。此 1衣置’係用以使長片材(例如將複數The long sheet is sent so that the JL iS % # ” 9 is supported by the wood only line, and the line is applied to the long sheet in the processing tank for the processing of the electric mine or the cleaning. , on top of it, is characterized by: a supported loading portion; 配置 placing the green loading portion (four) pieces along the path of the lower edge of the long sheet of the loaded loading, and preventing loading The long sheet is erected and moved in the longitudinal direction of the line, so that the length, the load and the fine line make the line along the electric sheet of the long sheet according to the present invention, the inside of the tank, the set, and the long sheet. The transfer device, 1298358, can stably carry out the transfer and energization of the lead frame, and simplifies the configuration of the device. [Embodiment] In the plating apparatus for the long sheet of the present invention, the above-mentioned loading portion, for example, the aforementioned long sheet can be used. The lower side is formed as a flat portion of the large portion. Alternatively, the carrier portion of the first portion may be formed by a groove portion (having a mouth longer than the long sheet). The eight-opening may be provided with a fortune, and the funeral The conductive line forms the aforementioned flatness: the f is provided with the ridges and the calendering is light, whereby the conductive line is formed Scratch the groove portion. Material: The conductive wire is covered except that the above-mentioned mounting portion is exposed to a heat-resistant insulating factory, and I, Ming: ', Figure D brother, the embodiment of the present invention. A perspective view of a schematic configuration of a plating apparatus of the form. This 1 set is used to make a long sheet (for example, a plurality of sheets)

;:件:一…部來搬送,在其全面施以電:的° 使、大’鍍槽1之對向壁面形成縱長之槽(Sl〇t)2、3, = 直姿勢之長片材,從-方之…入電鑛槽 / ^另—方之槽3搬出。將金屬製之線4,當作 供搬送長片材之機構。、線4,沿大致水平方向架設,= 電鍍槽1之槽2、3並通過電鍍槽1内。 “ =2(a),係表示從長片材5之行進方向觀 面,2(〜α部之放大截面圖表示於圖。如 挿部17 在線4上面,沿搬送方向連續形成凹形之 …7’錯由該槽部η,形成用以裝载長片材5之下邊 I298358 之l載部。槽部17 開 大。又,槽…截二Γ,必須較長片材之厚度為 且借狀’只要在裝載長片材5之側 ”備開口部即可,該形狀未特 材5之側 17,而如圓v』限疋再者’不形成槽部 邊為大之:坦部18來形成裝載部。,由“片材5之下 長片:本::形態,例如,為T要搬送厚度°· 之 了使用具備〇. 5mm之開;: Part: One part to carry, in its full application of electricity: °, the large groove of the 'plating groove 1 to form a long slot (Sl〇t) 2, 3, = long position of the straight posture Material, from - square ... into the electric tank / ^ another - square tank 3 moved out. The metal wire 4 is used as a mechanism for transporting long sheets. Line 4 is erected in a substantially horizontal direction, = slots 2, 3 of plating bath 1 are passed through plating bath 1. "=2(a) means that the surface of the long sheet 5 is viewed from the direction of travel, and 2 (the enlarged sectional view of the ? part is shown in the figure. If the insertion portion 17 is on the upper surface 4, the concave shape is continuously formed in the conveying direction... 7' is wrongly formed by the groove portion η to load the carrier portion I298358 below the long sheet 5. The groove portion 17 is enlarged. Further, the groove is cut by two, and the thickness of the longer sheet must be borrowed and borrowed. The shape 'as long as the side of the long sheet 5 is loaded" may be provided with an opening portion, and the shape is not the side 17 of the special material 5, and the circle is not limited to the circle, and the side of the groove is not formed: the portion 18 To form the loading section., by "sheet 5 under the long piece: this:: form, for example, for T to transport the thickness ° · used with 〇. 5mm open

等其他金屬線。 …u線。亦可使用Fe 翏照圖1,更詳細說明電鍍 内部,u 以置之構成。在電鑛槽i 型,在^ 之支持框6。此支持框6亦形成箱 在ί、線4及長片材5诵矾夕后在加γ (slo十k &通過之壁部分形成縱長之槽 )a、6b。換言之,採用雙重_ 内部彤+ ± μ 笑1耗構仏,即在電鍍槽i (底面 6所構成之内槽。在此支持框6之水平面 、展面),將一對導桿7,以F装 定門η 料 Μ者線4之方式,沿線4以既 止穿。此—對導# 7,係當作位置限制構件,俾防 '载m 4之垂直姿勢之長片材5傾倒。因此,需於沿 、7 4之通過路徑,以較長^ ^ ^ ^ ^ ^ ^ ^ 較 3之長度為短之間隔配置。 者為以長片# 5之長度之一半程度之間隔配置。 、二圖2㈦所示,導桿7之阜由7&之下端部,透過軸承8 以月b旋轉的方式固定於支持 0在導杯7之下部固設滑 ^ 9°糟由在-對滑輪9間隔著線4而將其保持,並且亦 限制士下方向之線位置。伴隨線4之移動,透過一對滑輪 9使—對導桿7旋轉驅動。藉由導桿7旋轉’能使所搬送 片材5與;杯7之接觸摩擦緩和。在本實施形態,作 1298358 為一例’轴7a以外之導桿7及滑輪9能以聚乙烯製,轴7a 為鈦製。又,亦可使導桿7及滑輪9 一體形成。 如圖2(a)所示,以與搬送之長片材5之兩面對向之方 式以既定間隔配置-對陽極1〇,此陽極1〇,係在不备溶 解:電錢液之金屬製殼體内放置電鍍金屬者。陽極i。:透 過支持金屬件11、金屬桿丨2 ^ ^ ^ ^ ^ ^ 叹L子形構件13固定於支持 框6之左右内壁。又,在圖丨, 為易硯察,僅表示單方 之㈣1〇、支持金屬件u、金屬桿12及[字形構件13。 ^圖!戶斤示,陽極10係連接於直流電源14之正極側。 另-方面’直流電源14之負極側,雖未圖示, 構與線4形成電氣連接。因此,裝載於線二: 负月材5,透過線4被施加負電壓。 液供庫用:長15片材/之上方’沿線4之長邊方向具備電鑛 :應…5’在此管之下面,將用來以既定寬度朝下哈 ^鍍液之電鍍液喷嘴16(參照圖%)),沿線:之長邊Wait for other metal wires. ...u line. You can also use Fe to view the inside of the plating in more detail in Figure 1. In the electric mine tank i type, in the support frame 6 of ^. The support frame 6 is also formed in the box ί, line 4 and the long sheet 5 after the addition of γ (slo 10 k & through the wall portion to form a lengthwise slot) a, 6b. In other words, a double _ internal 彤 + ± μ 1 耗 耗 仏 仏 仏 仏 仏 仏 仏 仏 ± ± ± ± 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀 电镀F is the way to set the door η to the line 4, and to stop it along line 4. This is the guide #7, which is used as a position limiting member to prevent the long sheet 5 of the vertical posture of the m4 from falling. Therefore, it is necessary to arrange at intervals of the length of ^ ^ ^ ^ ^ ^ ^ ^ with a length of 3 along the path of the passage of . The configuration is one-and-a-half of the length of the long film #5. 2, Figure 2 (7), the guide rod 7 is fixed by the lower end of the 7&, through the bearing 8 by the rotation of the month b, and is fixed to the support 0. The lower part of the guide cup 7 is fixed and slipped by 9°. 9 is held along line 4 and also limits the position of the line in the downward direction. With the movement of the wire 4, the guide bar 7 is rotationally driven by a pair of pulleys 9. By the rotation of the guide rod 7, the contact friction between the conveyed sheet 5 and the cup 7 can be relaxed. In the present embodiment, reference numeral 1298358 is an example. The guide rod 7 and the pulley 9 other than the shaft 7a can be made of polyethylene, and the shaft 7a is made of titanium. Further, the guide rod 7 and the pulley 9 may be integrally formed. As shown in Fig. 2(a), the anode 1 is disposed at a predetermined interval so as to face the two long sheets 5 to be conveyed, and the anode is not dissolved: the metal of the liquid money liquid Place the plating metal inside the housing. Anode i. : The L-shaped member 13 is fixed to the left and right inner walls of the support frame 6 through the supporting metal member 11 and the metal rod 丨 2 ^ ^ ^ ^ ^ ^ . Further, in the figure, for the sake of easy inspection, only one (four) 1 〇, the supporting metal member u, the metal rod 12, and the [shaped member 13] are shown. ^ Figure! The anode 10 is connected to the positive electrode side of the DC power source 14. On the other hand, the negative side of the DC power source 14 is electrically connected to the wire 4 although not shown. Therefore, it is loaded on line 2: the negative moon material 5, and a negative voltage is applied through the wire 4. For liquid supply: Long 15 sheets/above 'Electrical ore along the long side of line 4: 5' below this tube, will be used to plate the plating solution nozzle 16 with a given width facing down (Refer to Figure %)), along the long side of the line

之;ΓΓ隔設置。亦可將另外之喷嘴16裝設於管、 之下面,或將噴嘴16 一體形成於管15之下面 5 6之間隔’較佳者為盡量短又、 向的長度為短。 至^長片材5沿線4之方 此喷錢之作用,係將電鑛液供應 :框内部空間’並且使電鍍液授拌以曰=支 又,藉由從“材5之上方朝下方噴射 :材5之浮動,而使其下邊緊壓於線4。再二:=長 長片材5之傾倒的作用〜、防 田负片材5在於大致垂直 !298358 姿勢時,因長片材5係位於電錢噴流之大致中央,且大致 平行於喷流方向,故能以大致相等之應力從電錢喷流施加 ::長片+材5之兩面。然而’當長片材5在噴流内稍微傾斜 ”贺流會產生變化,其結果能使供矯正傾斜之方向的壓 力從電鍵喷流施加在長片材5。藉此,能防止長片材5傾 倒〇 、又,供應支持框6内部之電鍍液,從支持框6之槽6a、 讣流出。流出之電鍍液回收於未圖示之管理槽,藉 供應至電鍍液供應用管15。#山社+ ’再 如上述藉由使電鍍液循環,長 片材5及陽極1 〇則持靖〆 符、戈保持於電鍍液中。藉由以此狀能 :直流電麗加在陽極10與長片# 5之間,溶出於電㈣ :之電鍍金屬之離子則析出於長片材5之表面 二。陽極J。之電鑛金屬,因伴隨溶出於電錄液中而會二 V故視而要將電鍍金屬補給至陽極Μ之殼體内。 在進入電鐘槽 1前夕y b 之位置,將保持垂直姿勢之長片材 ^ 入於導桿7之間來裝載於線4上之作掌,雖 可以手作業進行,但亦可蕤出枯田、 卞蒹雖 ^ M ^ w . 稭由使用公知之各種機構之自動 ^衣置來進行。對將通過電制丨已施以電鍍處理 片材5取出之作業,亦 接 丨』又,右在電鍍步驟前後,連 Ϊ1Γ驟之其他槽時,亦能將上述之線搬送在 3k行。例如,電鍍前處理㈣有 孑,後處理步驟有中和、洗淨、妒婭 ^ 先 電鍵處理(例如,底層鍍 二。又’’、有將複數個 鎮槽進行之情形。 η、㈣鍍幻在複數個電 10 I298358 萝置* 4肖包3本只施形態之電鍍裝置之電鍍自動化 2=之二例,表示全體構成之概略圖。在此裝置,處· 糸错由隔板22a、22b分割為3個槽 e 電錢槽训、後處理槽21。。+片心卩“理槽…、 處^ 長片材5,裝載於線4上,在 =2〇内朝箭頭23之方向搬送。在前處理槽&進: 更\ ^ 5之化學研磨、洗淨#之電鑛前處理,電鍍槽2lb 為複數個槽(未圖示),例如使其能按Η、:: 員序電鐘。在後處理槽21c進行中和、洗淨、乾燥。 出J 427之达出’係藉由具有以馬達驅動之線軸26之線送 4 一定速度或間歇進行。將長片材5裝載於線 =之作業,係藉由設置於處理槽2〇前之裝载 : 載裝置24’將長片材以夾持裝置(未圖示)逐: 、衣载於線4之槽部1 7(參照圖2(b))。The setting of the interval. Alternatively, the other nozzles 16 may be mounted on the underside of the tube, or the nozzles 16 may be integrally formed on the lower surface of the tube 15. The spacing of the gaps is preferably as short as possible and the length of the direction is short. To the long sheet 5 along the line 4, the effect of this money is to supply the electric mineral liquid: the internal space of the frame 'and the plating solution is mixed with the 曰 = branch, by spraying from the top of the material 5 downward : The material 5 floats, so that the lower side is pressed against the line 4. Secondly: = the effect of the pouring of the long sheet 5 ~, the anti-negative sheet 5 is substantially vertical! 298358 posture, due to the long sheet 5 It is located at the approximate center of the electric money jet and is substantially parallel to the jet flow direction, so it can be applied from the electric money jet with approximately equal stress:: two sides of the long piece + material 5. However, when the long piece 5 is in the jet A slight tilt "flow" changes, and as a result, the pressure for correcting the tilt direction is applied from the key jet to the long sheet 5. Thereby, it is possible to prevent the long sheet 5 from being tilted and to supply the plating liquid inside the support frame 6 from the grooves 6a and 讣 of the support frame 6. The plating solution that has flowed out is recovered in a management tank (not shown) and supplied to the plating liquid supply pipe 15. #山社+ ’ As described above, by circulating the plating solution, the long sheet 5 and the anode 1 are held in the plating solution. By this, the DC energy is applied between the anode 10 and the long piece #5, and is dissolved in electricity (4): the ions of the plated metal are deposited on the surface of the long sheet 5. Anode J. The electro-mineral metal is replenished to the anode casing by the accompanying dissolution in the electro-recording liquid. At the position yb on the eve of the electric clock slot 1, a long sheet of the vertical posture is placed between the guide rods 7 to be loaded on the line 4, although it can be hand-worked, but it can also be pulled out of the field.卞蒹 Although ^ ^ ^ w . Straw is carried out using automatic equipment of various known mechanisms. The operation of taking out the electroplated sheet 5 by electric sputum is also carried out, and the line can be transported to the 3k line in the other slots of the first step before and after the electroplating step. For example, the pre-plating treatment (four) has flaws, and the post-treatment steps are neutralization, washing, and 妒 ^ ^ first electric key treatment (for example, the bottom plating is two. Also '', there are cases where a plurality of town tanks are carried out. η, (four) plating Magic in a plurality of electric 10 I298358 Luo set * 4 Xiao Bao 3 This is only a two-piece example of electroplating automation of the electroplating device of the application form, showing a schematic diagram of the overall composition. In this device, the fault is caused by the partition 22a, 22b is divided into 3 slots e electric money slot training, post-processing tank 21. + piece core 卩 "removal slot ..., at the end of the long sheet 5, loaded on line 4, in the direction of arrow 23 in = 2 〇 Transfer. In the pre-treatment tank & advance: ^ ^ 5 chemical grinding, washing # of the pre-mine treatment, the plating tank 2lb is a plurality of slots (not shown), for example, it can be pressed,:: The electric clock is neutralized, washed, and dried in the post-treatment tank 21c. The J 427 is delivered by a line having a motor-driven bobbin 26 at a constant speed or intermittently. The operation of loading on the line = is carried by the loading device 2: the carrier device 24' is used to hold the long sheet by a holding device (not shown): Clothes contained in line 4 of the groove portion 17 (see FIG. 2 (b)).

=槽2〇送出之長片材5之卸下作業,係藉由卸載 、25自動進行。却載裝置25,將已完成處理 以夾持裝置(未圖示)i片i片夹持而從線4 、 納於既定場所。線4之捲取作業,係藉由=叙收 一線捲取裝置29進行…在圖4,:= 間化,對處理槽20内之導桿等之詳細構成省略圖示。圖式 在本實施形態,固設於一對導桿7之下部且以爽住 之方式支持的滑輪9(參照圖2(b)),較佳者為以略1、。。 性之樹脂形成,藉此能對線4持續施加彈壓。或是彈 用彈壓機構,其使用彈簧等朝使一對導桿7及滑 隔縮短之方向施加彈壓。 _ 之間 I298358 ^又,將線4捲取於線軸時,為了要使線4之定速行走 各易控制,亦可另外設置使用夾送輥之線驅動機構。即, 通過電鍍槽後之位置’設置夾住線定速旋轉之夾送輥, 、’、Μ由僅以不使線產生鬆弛程度之比較小扭矩捲取線。另外 只%形L,係替代將線捲取於線軸,亦可形成無端廻路, 使線通過電鍍槽之外部從電鍍槽之出口回至入口。 又,在上述實施形態,雖表示使用金屬製線材作為線 之例’但不一定係金屬t。只要具有適當之導電性之線, 則月匕透過此線對長片材力口負電壓。在本發明,所謂線,係 私廣泛之線材全面而言。再者,《了要減低電鍍金屬之損 失使線之更換等之維護需求最少,較佳者為使用不容易 施乂电鍍之材貝之線。又,若使用在Cu線施加鍍N i電鑛 的線’則能防止Cu材料溶出至電錄液,以減少保養作業。= The unloading operation of the long sheet 5 sent out by the slot 2 is automatically performed by unloading and 25. The load-carrying device 25 holds the completed processing by the i-piece i of the holding device (not shown) and is placed in the predetermined place from the line 4. The winding operation of the wire 4 is performed by the = winding one-winding device 29. In Fig. 4, the intermediate structure of the guide groove 20 in the processing tank 20 is omitted. In the present embodiment, the pulley 9 (see Fig. 2(b)) fixed to the lower portion of the pair of guide bars 7 and supported by the cooling means is preferably slightly one. . The resin is formed so that the elastic force can be continuously applied to the wire 4. Alternatively, a spring-loading mechanism is used which applies a spring force in a direction in which the pair of guide bars 7 and the sliding gap are shortened by using a spring or the like. Between I298358 ^ Further, when the thread 4 is taken up on the bobbin, in order to make the line 4 travel at a constant speed, it is easy to control, and a line drive mechanism using a pinch roller may be additionally provided. That is, the pinch rolls that are held at a constant speed by the wire are set by the position "after the plating tank", and the Μ is made of a relatively small torque winding line which does not cause slack in the line. In addition, only the % L is used instead of taking the wire on the bobbin, and an endless loop can also be formed, so that the wire passes through the outside of the plating tank and returns from the exit of the plating tank to the inlet. Further, in the above embodiment, the metal wire member is used as an example of a wire, but the metal t is not necessarily used. As long as there is a line of appropriate conductivity, the moon 匕 passes this line to a negative voltage on the long sheet. In the present invention, the so-called line, which is a wide range of wires, is comprehensive. Furthermore, "the need to reduce the loss of electroplated metal to minimize the replacement of the wire, etc., is preferably the use of a wire that is not easy to apply. Further, if the line "coated with Ni plating" on the Cu wire is used, the Cu material can be prevented from being eluted to the electro-recording liquid to reduce the maintenance work.

再者’如圖2(c),或圖3(b)所示,亦能採用僅露出線 4之槽部17或平坦部18 ’將該部以外之區域以财熱性絕 緣構件19被覆。藉此,能抑制析出於線4之不必要之電 鍍析出1防止電鍍液之浪費,並且能減少保養作業。耐 熱性絕緣構件19 ’係以具備耐熱性之聚氯乙稀為較佳。 又’若要將金屬製之線材當線4使用時,亦能在裝载 裝置24及卸载裝f 25,設置具備突條之壓延輥(未圖示), 用以形成槽部17且能邊形成槽部17邊進行電鍍處理。 又,在本實施形態所搬送之長片材5,並不限於如在 習知技術所說明的連結複數個導線架之蝕刻加工導線架。 將沖壓加工之環形連接(hoop)材切開成長片狀電鑛時,亦 12 1298358 能適用本發明之搬 杈迗方法,又,對導線牟 材之搬送,亦能適用本發明。 、t各種長片 本·明’適用於用以將長片材全 裝置及搬送方法,例 K理或洗淨之 例如對長片形狀之1C導结加—… 為有用。 導線架之製造極 【圖式簡單說明】 電鍍裝置之 圖1,係表示本發明之實施形態之長片材Further, as shown in Fig. 2(c) or Fig. 3(b), it is also possible to cover the region other than the portion with the groove portion 17 or the flat portion 18' of the exposed line 4 by the heat-reducing insulating member 19. Thereby, it is possible to suppress the unnecessary electroplating deposition 1 of the line 4 from being prevented from wasting the plating solution, and the maintenance work can be reduced. The heat-resistant insulating member 19' is preferably made of polyvinyl chloride having heat resistance. Further, if a metal wire is used as the wire 4, a rolling roller (not shown) having a ridge can be provided in the loading device 24 and the unloading device f 25 for forming the groove portion 17 and capable of forming the groove portion 17 The plating process is performed while forming the groove portion 17. Further, the long sheet 5 conveyed in the present embodiment is not limited to the etched lead frame in which a plurality of lead frames are connected as described in the prior art. When the press-formed hoop material is cut into a sheet-shaped electric ore, the method of the present invention can be applied to 12 1298358, and the present invention can also be applied to the conveyance of the wire material. , t various long films, Ben Ming' is suitable for use in the long-length device and the transfer method. For example, it is useful to add 1C to the long-shaped shape. Manufacture of the lead frame [Simplified description of the drawings] Fig. 1 shows a long sheet of an embodiment of the present invention.

概略構成的立體圖。 ^ ()係從圖1之電鍍裝置之長片材搬送方向觀察的 ::截面圖’⑻係圖2(a)之A部放大截面圖,(C)係表示 :固2 ( b)所示之線以耐熱性絕緣構件被覆之例的截面圖。 圖3(a)係表示圖2(b)之線之形狀之另一例的截面圖, (b)係表示將圖3 (a)所示之線以耐熱性絕緣構件被覆之例 的截面圖。A perspective view of a schematic configuration. ^ () is observed from the long sheet conveying direction of the plating apparatus of Fig. 1: the sectional view '(8) is an enlarged sectional view of part A of Fig. 2 (a), and (C) is shown by solid 2 (b) A cross-sectional view of an example in which the wire is covered with a heat-resistant insulating member. Fig. 3 (a) is a cross-sectional view showing another example of the shape of the line of Fig. 2 (b), and Fig. 3 (b) is a cross-sectional view showing an example in which the wire shown in Fig. 3 (a) is covered with a heat-resistant insulating member.

圖4 ’係表示本發明之實施形態之電鍍自動化裝置之 概1 B各構成的示意圖D 圖5 ’係表示習知之長片材電鍍裝置之概略構成的示 意圖。 【元件代表符號】 1 電鍍槽 2、3 槽 4、4a 線 長片材 支持框 13 1298358Fig. 4 is a schematic view showing the constitution of each of the plating automation apparatuses according to the embodiment of the present invention. Fig. 5' is a schematic view showing a schematic configuration of a conventional long sheet plating apparatus. [Component symbol] 1 Plating tank 2, 3 slots 4, 4a line Long sheet Support frame 13 1298358

7 導桿 7a 軸 8 軸承 9 滑輪 10 陽極 11 支持金屬件 12 金屬桿 13 L字形構件 14 直流電源 15 電鍍液供應管 16 電鍍液噴嘴 17 槽部 18 平坦部 19 耐熱性絕緣材料 20 處理槽 21a 前處理槽 21b 電鍍槽 21c 後處理槽 22a、 22b 隔板 23 箭頭 24 裝載裝置 25 卸載裝置 26 線轴 27 線送出裝置 14 1298358 28 線轴 29 線捲取裝置 201 導線架 2 0 2 電鍵完成品 203 裝載機 204 卸載機 205 處理槽 206 管理槽7 Guide rod 7a Shaft 8 Bearing 9 Pulley 10 Anode 11 Supporting metal parts 12 Metal rod 13 L-shaped member 14 DC power supply 15 Plating liquid supply pipe 16 Plating liquid nozzle 17 Groove portion 18 Flat portion 19 Heat-resistant insulating material 20 Processing groove 21a Treatment tank 21b Plating tank 21c Post-treatment tank 22a, 22b Partition 23 Arrow 24 Loading device 25 Unloading device 26 Spool 27 Line feeding device 14 1298358 28 Spool 29 Wire winding device 201 Lead frame 2 0 2 Key completion 203 Loading Machine 204 unloader 205 processing slot 206 management slot

207 後捲線筒 208 可變制動器 209 全體制動器 210 加壓輥 211 搬送主軸 212 加壓輥 213 捲線機 214 通電兼搬送用線 215 位置修正裝置 216 泵 217 整流器 15207 Rear bobbin 208 Variable brake 209 All brakes 210 Pressure roller 211 Transport spindle 212 Pressure roller 213 Winder 214 Conduction and transfer line 215 Position correction device 216 Pump 217 Rectifier 15

Claims (1)

1298358 ,專唧申請案第94103941號申請專利範圍修正本2_年2月 十、申請專利範圍: ^ ^種長片材之電鍍裝置,具備:電鍍槽,及以诵# /電鍍槽内部的方式實質上沿水平方向將 - 長h u姑丄 ▼电綠,將 材错由該導電線支持並使其通過該電鍍槽内部, -该長片材施以電鍍,其特徵在於: 該導電線,在其上面,且有以哕 支持其下邊的裝載部;八"片材-立之狀態下 限制::!長片材裝載區間之該導電線之通過路徑配置位置 橫方向傾倒。κ載於梢線之裝載部的該長片材朝 2.如申請專利範圍第1項之長片材之 該裝載部係以鲈兮且u Μ材之電鍍裝置,其中, 乎]車乂该長片材之下邊為大之平坦部形成。 •如申請專利範圍第1 該裝载邻rn,, 頁之長片材之電鍍裝置,其中, 戰。卩係以槽部(具有較該長 成。 乃何之下邊為大之開口)形 4·如申請專利範圍第2 具傷壓延輥,,以在,道Φ 材之電鍍裝置,其中 ς 制在料電線形成該平坦部。 5·如申請專利範圍第3 具傷設有突條之堡延輥,|^在//材之電錢裝置’其中 6.如申請專利範圍第::在4=^ =電錢裝置,其中該導電線,除 ^ 中任—項之長片材 性絕緣材料被覆。 Μ敍載邛露出外係以耐熱 7·—種長片材之搬送方 長片材,使其通過供進行電鑛或洗:^設之線支持搬送 梦等處理之處理槽内, 16 1298358 對通過中之該長片材 該線,在〜 疋處理,其特徵在於·· #舟上面,且士* Μ 支持的裝裁部; "將豆立裝載之該長片材之下邊 /σ該線之通過路徑配 該線之裝載部 置限制構件,俾防止裝載於 以長片材朝橫方向傾倒; 長邊方:移:材::裝载於該線之裝載部,藉由使該線沿 8. …專二使該長片材通過該處理槽内。 該農载部係以較,二員之長片材之搬送方法’其中, 9. 如申請專:=…為大之平坦部形成。 該褒载部係以槽^ 項之長片材之搬送方法,其中, 形成。 “(具有較該長片材之下邊為大之開口部) 十一、圖式·· 如次頁 171298358, special application No. 94103941, the scope of application for patent amendments, February 2, February, the scope of application for patents: ^ ^ electroplating device for long-length sheet, with: plating tank, and with 诵 # / plating tank inside Substantially in the horizontal direction - long hu 丄 丄 电 电 green green, the material is supported by the conductive wire and passed through the inside of the plating bath, - the long sheet is electroplated, characterized by: the conductive line, in On the upper side, there is a loading portion that supports the lower side of the cymbal; the eight-piece sheet-restricted state::! The conductive path of the long-length sheet loading section is tilted in the lateral direction. The κ is carried on the loading portion of the tip line, and the loading portion of the long sheet of the first aspect of the patent application is a plating device of 鲈兮 and u coffin, wherein The lower side of the long sheet is formed as a large flat portion. • As claimed in the patent scope 1st, the loading of the neighboring rn, the sheet of the long sheet electroplating device, among them, the war. The rafting system has a groove portion (having a longer opening than the length.), and the lower side is a large opening. 4) As in the patent application, the second indentation rolling roller is used in the plating device of the Φ material, wherein The wire forms the flat portion. 5. If the scope of the patent application is 3rd, there is a bulge for the bulge of the bulge, |^ in the electric money device of the / / material. Among them 6. If the patent application scope:: in 4 = ^ = electricity money device, which The conductive wire is covered with a long sheet of insulating material of any of the items. Μ 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 Through the long sheet of the line, the line is treated in ~ ,, which is characterized by ······················································· The passage path of the line is provided with a restriction member for the loading portion of the line, and is prevented from being loaded on the long sheet to be tilted in the horizontal direction; the long side: moving: material: loading on the loading portion of the line, by making the line The long sheet is passed through the processing tank along the 8.. special. The agricultural load department is a method for transporting long sheets of two members. Among them, 9. If the application is: =... is formed as a flat portion. The load carrying portion is formed by a method of conveying a long sheet of the groove. "(There is a larger opening than the lower side of the long sheet) XI. Schema·· Page 17
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Family Cites Families (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE3645319C3 (en) * 1986-07-19 2000-07-27 Atotech Deutschland Gmbh Arrangement and method for the electrolytic treatment of plate-shaped objects
DK0792391T3 (en) * 1994-11-15 1999-04-12 Siemens Sa Apparatus for the electrolytic treatment of plate-shaped materials, especially printed circuit boards
JPH09310198A (en) * 1996-05-20 1997-12-02 Dainippon Printing Co Ltd Electrodeposition resist drying device
JP2002194588A (en) * 2000-10-12 2002-07-10 Nkk Corp Method and apparatus for electroplating metal strip
CN1193118C (en) * 2001-05-25 2005-03-16 日本爱铝美克斯株式会社 Surface treating apparatus
JP4765207B2 (en) * 2001-06-26 2011-09-07 パナソニック株式会社 Full-surface electroplating apparatus and method for manufacturing full-plated lead frame thereby

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CN1673419A (en) 2005-09-28
CN100447307C (en) 2008-12-31

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