1240469 玫、發明說明： 【發明所屬之技術領域】 本發明係關於一用於連接例如當作液晶顯示面板之背光 用光源所使用之冷陰極管和電線的端子金具之連鎖體及將 其捲繞在捲筒之捲體。 【先前技術】 液晶顯示面板之背光單元例如包含：當作背光用光源之 冷陰極管（榮光燈）、將來自該冷陰極管之可視光引導至液 晶顯示面板各部之導光板、介設於該導光板和液晶顯示面 板之間使光擴散之光擴散板（光擴散薄板）、和配設在導光 板背後使光反射至液晶顯示面板側之反射板（反射薄板 冷陰極管例如沿著導光板端面般地形成直管形，其兩端 具有引線端子。該兩端之引線端子連接有電線。介置以該 电、'泉從面頻笔力供應裝置將南頻電壓施加在冷陰極管兩 端之引線端子。藉此，於冷陰極管内部產生放電，藉由隨 著該放電而產生之紫外線激發形成在冷陰極管内壁之螢光 體層之方式，產生可視光。 導線端子和電線之連接，一般係藉由焊接達成。即，將 以被覆管披覆芯線（導線）而形成之電線端部之披覆管，僅 剝離處理略微長度，將藉此露出之芯線和引線端子藉由焊 料接合而進行。此時，芯線係由撚線構成時，將其預先浸 潰在焊料槽中匯整撚線，於該狀態以將芯線焊接在引線端 子之方式，可提高作業效率。 近年來，逐漸將液晶顯示面板用於筆記型個人電腦、行1240469 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a chain of terminal fittings for connecting a cold cathode tube and a wire used in, for example, a light source for a backlight of a liquid crystal display panel, and winding the same The body of the roll. [Prior art] The backlight unit of a liquid crystal display panel includes, for example, a cold cathode tube (glory lamp) serving as a light source for backlight, a light guide plate that guides visible light from the cold cathode tube to each part of the liquid crystal display panel, and is disposed in the A light diffusing plate (light diffusing sheet) for diffusing light between the light guide plate and the liquid crystal display panel, and a reflective plate (reflecting sheet cold cathode tube) disposed behind the light guide plate and reflecting light to the liquid crystal display panel side, for example, along the light guide plate A straight tube shape is formed on the end surface, and lead terminals are provided at both ends thereof. The lead terminals of the two ends are connected with electric wires. Intermediately, the electric power is supplied from the surface frequency pen power supply device to apply the south frequency voltage to both ends of the cold cathode tube. By this, a discharge is generated inside the cold cathode tube, and the ultraviolet light generated by the discharge excites a phosphor layer formed on the inner wall of the cold cathode tube to generate visible light. The connection of the wire terminal and the wire, Generally, it is achieved by welding. That is, the coated tube at the end of the wire formed by covering the core wire (conductor) with a coated tube, only a slight length of the peeling treatment, will be borrowed The exposed core wire and the lead terminal are connected by soldering. At this time, when the core wire is made of twisted wire, it is dipped in a solder bath in advance to consolidate the twisted wire, and the core wire is soldered to the lead terminal in this state. In recent years, liquid crystal display panels have been gradually used in notebook personal computers,
88564.DOC 1240469 動黾居行動开^貝訊端末等製品般地，該等製品之小型化 及薄型化文到來自市場嚴格的要求。隨之，對液晶顯示面 板之背光單元亦要求小型化。更具體而言，冷陰極管之細 線化進展至使用管外徑2 mm程度之冷陰極管。 因此，本申请人已提案冷陰極管之引線端子和電線之連 接部不須大空間，可提高組裝作業性之端子金具（參照特許 文獻1)。 如圖8(1)所不，孩端子金具係可藉由端子自動壓接裝置 壓接在電線般地，以於帶形板體4〇長度方向之一方側緣， 介置以連結桿41以多數等間隔結合端子金具τ而構成之連 鎖體之型態，供應給使用者。端子金具τ包含··連接部52 ，其係與形成有用於插通冷陰極管之引線端子之插通孔53 的冷陰極管連接；和壓接部51，其係連結於該連接部52且 壓接連接在電線。壓接部51係使從和連接部52之連結部於 兩側方向，沿著帶形板體4〇長度方向之方向延伸出的2個壓 接片形成折曲在帶形板體40上面方向之剖面形狀大致υ 形於π形板體40，以和端子金具Τ之間隔相等之間隔， 沿著該長度方向排列形成有加工件傳送孔42。然後，端子 至具τ對τ形板體40，係以使連接部52側連結在連結桿w 而壓接部51形成自由端般地結合。 ;、、：後於鲕子自動壓接裝置，一面使該該加工件傳送孔 42藉由加工件傳送鉤自動地運送該連鎖體，—面於將剥離 電線端:之被覆管而露出之芯線配設在壓接部51之壓接片 間的狀態’藉由以適當之模具歛接壓接片之方式，將壓接88564.DOC 1240469 Every move is like the products of Beixun terminal. The miniaturization and thinness of these products come from the strict requirements of the market. Accordingly, the backlight unit of the liquid crystal display panel is also required to be miniaturized. More specifically, the thinning of the cold-cathode tubes has progressed to the use of cold-cathode tubes having a tube outer diameter of about 2 mm. For this reason, the applicant has proposed a terminal fitting for the cold cathode tube lead wire and the connection part of the electric wire that does not require a large space and can improve the assembly workability (see Patent Document 1). As shown in Fig. 8 (1), the child terminal hardware can be crimped to the wire by the terminal automatic crimping device, so that one side edge of the strip-shaped plate 40 in the length direction is interposed with the connecting rod 41 to Many types of chains formed by equidistant intervals combined with terminal fittings τ are supplied to users. The terminal fitting τ includes a connecting portion 52 that is connected to a cold cathode tube formed with an insertion hole 53 for inserting a lead terminal of the cold cathode tube, and a crimping portion 51 that is connected to the connecting portion 52 and Crimp connection to the wire. The crimping portion 51 is formed by bending the two crimping pieces extending from the connecting portion with the connecting portion 52 on both sides in the direction of the strip-shaped plate 40 in the direction of the length of the strip-shaped plate 40. The cross-sectional shape is approximately υ-shaped on the π-shaped plate body 40, and processing workpiece transfer holes 42 are formed along the longitudinal direction at equal intervals from the terminal fitting T. Then, the terminals are connected to the plate body 40 having a τ pair τ shape so that the side of the connecting portion 52 is connected to the connecting rod w and the crimping portion 51 forms a free end. ;, :: After the avocado automatic crimping device, one side of the processing part transfer hole 42 is used to automatically transport the chain by the processing part transfer hook, and the other side is the core wire which will be stripped of the covered wire and exposed by the covered tube. The state of being disposed between the crimping pieces of the crimping portion 51 is to crimp the crimping pieces by converging the crimping pieces with an appropriate mold.
88564.DOC 1240469 部5 1壓接在電線，同時使連接部52從連結桿4 1斷開，如圖 8(2)所示，將端子金具T之壓接部51壓接在露出於電線60 前端之芯線61，使端子金具T連接在電線60。 如上述，連接有端子金具T之電線60，係如圖8(3)所示， 使用者側之作業者將端子金具T之連接部52折曲在和電線 60之拉出方向交叉之方向後，於將設於冷陰極管70端部之 引線端子71插通在連接部52之插通孔53之後，將端子金具 T和引線端子71焊接而使電線60連接在冷陰極管70。 (特許文獻1) 曰本特開2002-124308號公報 如上述，於上述先前之端子金具T，冷陰極管70和電線 60之連接，係將端子金具T連接在電線60之後，為了將該 電線60連接在冷陰極管70，作業者必須將端子金具T之連 接部52折曲，因此使用者側之作業步驟變得繁雜。 本發明係鑑於上述技術之現狀而研發者，其目的在於提 供一於連接用於供電至冷陰極管等電子元件的電線之作業 中，可刪減使用者側之作業步驟數的端子金具之供應型態。 【發明内容】 為了達成上述目的，本發明之端子金具之連鎖體的特徵 為包含：帶形板體、從前述帶形板體長度方向之一方側緣 以特定間隔突出之多數連結桿、和介置以前述連結桿連結 在前述帶形板體之多數端子金具，前述端子金具係端子金 具之連鎖體，其包含用於連結被連接體之棒形引線端子之 連接部，及用於連結電線之壓接部，前述引線和前述電線88564.DOC 1240469 Part 51 is crimped to the electric wire, and at the same time, the connecting part 52 is disconnected from the connecting rod 41. As shown in FIG. 8 (2), the crimping part 51 of the terminal fitting T is crimped to the exposed wire 60 The core wire 61 at the front end connects the terminal fitting T to the electric wire 60. As described above, the electric wire 60 to which the terminal fitting T is connected is shown in FIG. 8 (3). The operator on the user's side bends the connecting portion 52 of the terminal fitting T in a direction that intersects with the direction in which the electric wire 60 is pulled out. After the lead terminal 71 provided at the end of the cold cathode tube 70 is inserted into the insertion hole 53 of the connecting portion 52, the terminal fitting T and the lead terminal 71 are welded to connect the electric wire 60 to the cold cathode tube 70. (Patent Document 1) Japanese Patent Application Laid-Open No. 2002-124308, as described above, connects the terminal fitting T, the cold cathode tube 70, and the electric wire 60 previously described above to the terminal fitting T after connecting the electric wire 60. 60 is connected to the cold cathode tube 70, and the operator must bend the connecting portion 52 of the terminal fitting T, so the operation steps on the user side become complicated. The present invention was developed by a developer in view of the current state of the above-mentioned technology, and its object is to provide a terminal fitting that can reduce the number of operation steps on the user side in the operation of connecting wires for supplying power to electronic components such as cold cathode tubes. Type. [Summary of the Invention] In order to achieve the above-mentioned object, the chain of the terminal fittings of the present invention is characterized by including a strip-shaped plate body, a plurality of connecting rods protruding at a specific interval from one side edge of the longitudinal direction of the strip-shaped plate body, and Most of the terminal fittings connected to the aforementioned strip-shaped plate body by the aforementioned connecting rods are chain members of the terminal fittings, which include a connecting portion for connecting rod-shaped lead terminals of the body to be connected, and a connecting wire for connecting wires. Crimping section, the lead and the wire
88564.DOC 1240469 係介置以前述連接部及前述壓接部而導通，前述壓接部具 有剖面形狀大致U字形的2個壓接片，該壓接片係從前述連 結桿兩側延伸出而折曲在垂直於前述帶形板體表面之方向 ，且挾持前述電線，前述連接部係從前述連結桿前端延伸 出而折曲在和前述壓接片之折曲方向反方向，形成有前述 引線端子所插通之插通孔。 根據該構造，端子金具對帶形板體（包含帶形板體上面之 平面），係配設成使端子金具之壓接部突出於上方側，使一 方連接部突出於下方側之構造。且，端子金具係將該壓接 部側連結於帶形板體側緣。藉由如此之方式，利用該連鎖 體，例如藉由端子自動壓接裝置歛接端子金具之壓接部而 機械式地壓接連接在電線時，例如，先使端子金具的部分 從帶形板體斷開，即從連結桿斷開壓接部，然後將電線壓 接在端子金具之壓接部，使端子金具連接在電線時，若於 進行壓接之加工台面裝設開縫溝等可收容朝帶形板體下面 方向突出之端子金具之連接部的空間，則將從帶形板體斷 開之端子金具之連接部收容在該空間且將端子金具裝載於 加工台上，即可於安定狀態保持端子金具，而可從加工台 上方將電線插入配設在壓接部内而壓接加工。 相反地，於連鎖體之狀態先將電線壓接在端子金具之壓 接部之後，使端子金具從帶形板體斷開，於使端子金具連 接在電線時，如上述，由於使端子金具之壓接部和連接部 對帶形板體之上面裝設成突出在互相反方向，因此亦可將 壓接部裝載在和加工台中的帶形板體之裝載面同一平面上88564.DOC 1240469 is conducted through the connection portion and the crimping portion. The crimping portion has two crimping pieces with a substantially U-shaped cross-section. The crimping pieces extend from both sides of the connecting rod. The lead wire is bent in a direction perpendicular to the surface of the strip-shaped plate body and holds the wires. The connecting portion is extended from the front end of the connecting rod and is bent in a direction opposite to the bending direction of the crimping piece to form the lead wire. A through hole through which the terminal is inserted. According to this structure, the terminal fitting is configured to have a strip-shaped plate body (including the upper surface of the strip-shaped plate body) so that the crimping portion of the terminal fitting protrudes from the upper side, and one of the connecting portions protrudes from the lower side. The terminal fitting is connected to the side of the strip-shaped plate body with the crimping portion side. In this way, when the chain is mechanically crimped and connected to the electric wire by using the chain, for example, by crimping the crimping part of the terminal fitting with an automatic terminal crimping device, for example, the part of the terminal fitting is first removed from the strip plate. The body is disconnected, that is, the crimping part is disconnected from the connecting rod, and then the wire is crimped to the crimping part of the terminal fitting. When the terminal fitting is connected to the wire, if a slot is installed on the processing table for crimping, etc. The space for accommodating the connection parts of the terminal fittings protruding toward the lower side of the strip-shaped plate body, the connection parts of the terminal fittings disconnected from the strip-shaped plate body are accommodated in the space and the terminal fittings are loaded on the processing table. The terminal fittings are kept in a stable state, and the electric wires can be inserted into the crimping portion from the top of the processing table and crimped. On the contrary, after the wire is crimped to the crimping part of the terminal fitting in the state of the chain body, the terminal fitting is disconnected from the strip-shaped plate body. When the terminal fitting is connected to the wire, as described above, because the terminal fitting is The crimping portion and the connecting portion are arranged on the upper surface of the strip-shaped plate body so as to protrude in opposite directions, so the crimping portion can also be mounted on the same plane as the loading surface of the strip-shaped plate body in the processing table.
88564.DOC 1240469 ,、、、 ^〜巧姐，鬥吋肝m琛前端配設在壓 接：〈壓接片間内時，若將電線配設成從壓接部内和帶形 、上面水平地拉出至連接邵側般地，則由於連接部對 帶形板體之上面折曲成突出在下方般，因此該連接部可益 !於配設電線，亦可藉由適當的模具(金屬模)從上下方向 精由推壓方式，容易地歛接壓接部而壓接加工。 如此利用上4連鎖fi將端子金具連接在電線前端時，已 形成將端子金具之連接部折曲在和電線之拉出方向交又之 狀怨、’作業者可直接將被連接體之引線端子插通在 % u連接邵的插通孔，而將電線連接在被 且，本發明之滅早人3、土 形板體長度方向之广鎖體的特徵為具有從前述帶 ^ “ 另—万側緣延伸出，且折曲在前述連接 邵义折曲方向之辅助桿。 如此藉由將辅助捍裝設成折曲在帶形板體下面方向之方 可防止處理連鎖體時端子金具之連接部變形。例如可 凌和將m連鎖體放置在作 髀乍業口時施加在當作突出於帶形板 :曲：由端的連接部之應力，而可減輕連接部之 折曲万向改變或變形。炊 1义 形板體之上面或下面，μ/ 為輔助桿前端對帶 同之古产浐妯"" …成和連接部前端相同或大致相 的二;方突和連接部從包含帶形板體之上面 進-步防止訂、 相同之長度’如此之方式可 少防止連接邵變形。 再者，於本發明之端子金 ，亦可裝設從前述帶形板-县…、㊉了上迷輔助桿 月迁長度万向之另一方側緣延伸出88564.DOC 1240469 ,,,,, ^ ~ Qiao, the front end of the bucket is arranged in the crimping: <In the crimping chamber, if the wire is arranged horizontally from the crimping part and the strip, the top If it is pulled out to the side of the connection, the connection portion is bent to protrude below the strip-shaped plate body, so the connection portion can be beneficial! For wiring, you can also use an appropriate mold (metal mold ) From the up and down direction, the pressing method is precise, and the crimping part is easily crimped and crimped. In this way, when the terminal fittings are connected to the front end of the wire by using the upper 4 chain fi, it has formed a complaint that the connecting portion of the terminal fittings is bent to intersect with the direction in which the wire is pulled out, and the operator can directly connect the lead terminals of the connected body. The plug-in hole is inserted in% u to connect to Shao, and the electric wire is connected to the cover. The wide lock body of the invention in the direction of the length of the earth-shaped plate is characterized by having from the aforementioned band ^ "Another-ten thousand The side edge extends out, and the auxiliary rod bent in the bending direction connecting the aforementioned Shao Yi. In this way, it is possible to prevent the connection of the terminal fittings when the chain body is processed by setting the auxiliary guard to bend in the direction below the strip-shaped plate body. For example, Ke Linghe puts the m-chain body as a protruding plate when it is placed at Zuoyeyekou: curved: the stress of the connecting part at the end can reduce the bending universal change of the connecting part or Deformation. Above or below the 1-shaped plate of the cooker, μ / is the front end of the auxiliary rod with the same ancient 浐 妯 " " ... which is the same or approximately the same as the front end of the connecting portion; the square protrusion and the connecting portion are from Contains the top of the strip-shaped plate-step to prevent ordering, the same In this way, the connection Shao can be prevented from being deformed. Furthermore, the terminal gold of the present invention can also be installed from the other side of the band-shaped plate-county ... Margin extended
88564.DOC 1240469 ，且折曲在前述壓接部之折曲方向之第2輔助桿。 如此，藉由在上述帶形板體長度方向之另一方側緣裝設 突出於上下方向之2種輔助桿的方式，可進一步防止處理連 鎖體時端子金具之連接部及壓接部歪曲或變形。然後，較 佳方式為另一輔助桿前端對帶形板體之上面或下面，以形 成和壓接部前端相同或大致相同之高度般地，使另一輔助 桿和壓接部從包含帶形板體之上面的平面朝上方突出相同 或大致相同之長度，如此之方式可再進一步防止壓接部之 歪曲、變形。 再者，本發明亦包含端子金具之捲體，其特徵為具有捲 繞端子金具之連鎖體的捲筒，前述端子金具係上述端子金 具之連鎖體，介置以緩衝帶體捲繞在前述捲筒。 藉由該捲體，使例如紙帶等緩衝帶體連同端子金具之連 鎖體捲繞在捲筒般。因而，於捲筒形成捲繞有緩衝帶體和 端子金具之連鎖體之雙重構造。此時，由於將輔助桿裝設 在帶形板體，因此可減輕端子金具之連鎖體之傾斜，而以 安定之姿勢捲繞在捲筒。 且，藉由裝設輔助桿，同時介置以緩衝帶捲繞端子金具 之連鎖體的方式，搬運、保管時可防止具有壓接部及連接 部突出在帶形板體上下方向之構造的端子金具之連鎖體纏 住，同時可順暢地從捲筒拉出連鎖體。 本發明之端子金具之連鎖體可於使用者側，可使作業者 進行之端子金具之安裝步驟簡略化。 且，藉由本發明之端子金具之連鎖體之捲體，可以安定 88564.DOC -11 - 1240469 之姿勢搬運、保管端子金具之連鎖體，同時使用者可簡易 地進行拉出端子金具之連鎖體而將端子金具安裝在電線。 【實施方式】 以下藉由表示用於實施本發明之最佳型態的方式，進一 步詳細地說明視為本發明之特徵處。 於圖1(1)至（3)表示本發明之實施型態中的端子金具1〇之 連鎖體A之邵分立體圖、部分俯視圖及部分側視圖。連鎖 體A包含多數端子金具1〇和帶形板體（即連接棧）2〇，端子金 具10係沿著帶形板體20長度方向之一方側緣，以等間隔突 出在和該長度方向直行之方向般地，介置以連結桿21結合 在帶形板體20。端子金具10位於當作自由端之連接部^和 該連接部與連結桿2丨之間，具備和該等連結之壓接部12。 於圖2(1)及（2)，如表示從帶形板體2〇之連結桿21斷開之狀 悲的端子金具10之前視圖及側視圖般地，端子金具丨〇之連 接邵11係形成大致圓形板狀，該中央部形成有可插通冷陰 極管I引線端子之圓形插通孔Ua(環形），對帶形板體2〇之 上面20a折曲在交叉之朝下方向（從包含帶形板體2〇之上面 20a的平面朝下方突出之方向），$插通孔m裝設成開口 在從帶形板體20之一方側緣突出之方向般。壓接部12和該 大致圓形之連接部11之周緣連結，使以該連結部為基點而 延伸出至兩側之2個壓接片12a、12b，折屈成從包含帶形板 體20之上面20a的平面朝上方突出般地，形成剖面形狀大致 U字形。 於V形板體20裝設有從該長度方向之另一方側緣突出， 88564.DOC -12- 1240469 然後朝下方折曲延伸出之棒形輔助桿23。該輔助桿Μ係以 和對帶形板體20之—方側緣之端子金具1〇之結合間隔相等 〈間隔：配設成和端子金具1〇相對般。且，輔助㈣前端 形成和缅子金具1〇《連接部丄i前端相同或大致相同之高度 ’即對帶形板體2(3之上面2〇_下方突出相同或大致相同之 距離般。如此藉由裝設輔助桿23之方式，使連鎖體A如後 述地以安定之狀態捲繞在捲筒，可從該捲筒拉出，或可減 輕連接部11歪曲或變形。 如此，於連鎖體A，端子金具丨〇之連接部丨丨及輔助桿23 對帶形板體20之上面2Ga，配設成朝下方折曲且突出相同長 度’同時端子金具10之壓接部12對該帶形板㈣之上面2〇a ’配設成朝上方側突出，且為了從上方壓接而收入電線之 芯線般。 且，於帶形板體20以和端子金具1〇之結合間隔相等之間 隔，沿著該長度方向排列形成有加工件傳送孔22。加工件 傳送孔22之目的係使用於端子自動壓接裝置’藉由加工件 傳送鈎自動地運送該端子金具1〇之連鎖體A，同時對電線 順序壓接各將端子金具1 0。 上述之連鎖體A係藉由將例如由銅或銅合金所構成之平 面形板體沖切加工成特定形狀，然後施以彎曲加工之方式 ，而可一體地製造。 如此形成之連鎖體A係例如於端子自動壓接裝置，利用 加工件傳送孔22運送，同時結合在帶形板體2〇之端子金具 10在第1加工台上，藉由具有端子自動壓接裝置所具備之適 88564.DOC -13- 1240469 當的切斷刀（金屬模）之切斷機構，而從該帶形板體20被切 斷’如圖2所示，使端子金具10形成獨立狀態。然後，將被 切斷之端子金具1 0運送至第2加工台上，如圖3(1)及（2)所示 ’於將壓接加工對象之端子金具1〇定位之狀態，在端子金 具1 〇之壓接部12内配設芯線b卜該芯線B丨係將以被覆管B 2 被覆芯線B1而構成之電線b前端部之被覆管B2剥離處理而 路出，於該狀怨利用適當的模具（金屬模）將壓接部12之一 對壓接片12a、12b，如使一對壓接片12a、12b捲繞在電線 B之芯線B1般地，藉由從上下歛接之方式將壓接部12壓接 在電線B之芯線B1。然後，施行壓接加工之第2加工台係一 亦可和施行切斷加工之第丨加工台共用者。且，於施行壓接 加工之第2之台，由於將被切斷之端子金具1〇定位，例如若 裝設將端子金具10之連接部丨丨收容在該第2之台的開缝溝 ，則可使端子金具1 〇於使該壓接部i 2朝上突出之狀態安定 定位。 如此，將响子金具1 〇安裝在前端部之電線B，係如圖4所 示，連接在冷陰極管c。冷陰極管c包含細長之直管型閥c2 ，和從孩閥C2兩端拉出之細線形（棒形）引線端子ei、ei。 冷陰極管C例如當作組入在液晶顯示面板之背光單元之背 光用光源使用。 閥C2例如由管外徑為um o麵程度 '全長25〇至_ mm程度之細長鉛玻璃製管所構成，於該内部例如封入由特 定量之水銀’和特定壓之氬Ar及氖Ne所構成之混合稀氣體 ，當作電離媒體。且，於閥C2之管内壁形成藉由紫外線照88564.DOC 1240469, and the second auxiliary rod bent in the bending direction of the aforementioned crimping portion. In this way, by installing two auxiliary rods protruding in the up and down direction on the other side edge of the strip-shaped plate body in the longitudinal direction, it is possible to further prevent the connecting part and the crimping part of the terminal fitting from being distorted or deformed when the chain body is processed. . Then, it is preferable that the front end of the other auxiliary rod faces the upper or lower surface of the strip-shaped plate body so as to form the same or substantially the same height as the front end of the crimping portion, so that the other auxiliary rod and the crimping portion are formed from the belt shape. The upper plane of the plate body protrudes upwards by the same or approximately the same length, so that the distortion and deformation of the crimping portion can be further prevented in this way. Furthermore, the present invention also includes a coil body of a terminal fitting, which is characterized by having a reel with a chain of winding terminal fittings. The terminal fitting is a chain of the terminal fittings, and a buffer tape is wound around the coil. cylinder. With this roll body, a buffer tape body such as a paper tape and the interlocking body of the terminal fitting are wound around the roll. Therefore, a double structure in which a chain body of a buffer tape body and a terminal fitting is wound on the reel is formed. At this time, since the auxiliary lever is mounted on the band-shaped plate body, the inclination of the interlocking body of the terminal fitting can be reduced, and it can be wound around the reel in a stable posture. In addition, by installing an auxiliary rod and interposing a chain of winding terminal hardware with a buffer tape, a terminal having a structure with a crimping portion and a connecting portion protruding in the up-down direction of the strip-shaped plate body during transportation and storage can be prevented. The chain of the hardware is entangled, and the chain can be smoothly pulled out from the reel. The interlocking body of the terminal fittings of the present invention can be on the user's side, and the installation steps of the terminal fittings by the operator can be simplified. In addition, the coil body of the terminal fittings of the present invention can stabilize and handle the posture of the terminal fittings in 88564.DOC -11-1240469. At the same time, the user can easily pull out the terminal fittings and Install the terminal fittings on the wires. [Embodiment] The following describes the features considered as the features of the present invention in more detail by showing the best mode for implementing the present invention. Figures 1 (1) to (3) show a perspective view, a partial top view, and a partial side view of the chain A of the terminal fitting 10 in the embodiment of the present invention. Interlocking body A includes most terminal fittings 10 and strip-shaped plates (ie connection stacks) 20, and terminal fittings 10 are arranged along one side edge of the strip-shaped plate 20 in the longitudinal direction, protruding at equal intervals in a straight direction with the length. In a general direction, the connecting rod 21 is connected to the band-shaped plate body 20. The terminal fitting 10 is located between the connection portion ^ as a free end and the connection portion and the connecting rod 2 丨, and is provided with a crimping portion 12 connected to the connection. In Fig. 2 (1) and (2), as shown in the front view and the side view of the terminal fitting 10 which is broken from the connecting rod 21 of the strip-shaped plate body 20, the connection of the terminal fitting 11 is It is formed into a substantially circular plate shape, and a circular insertion hole Ua (ring) through which the lead terminal of the cold cathode tube I can be inserted is formed in the central portion, and the upper surface 20a of the strip-shaped plate body 20 is bent in a downward direction of the cross (In a direction protruding downward from a plane including the upper surface 20a of the strip-shaped plate body 20), the $ insertion hole m is installed so as to open in a direction protruding from one side edge of the strip-shaped plate body 20. The crimping portion 12 and the peripheral edge of the substantially circular connecting portion 11 are connected, so that the two crimping pieces 12 a and 12 b extending to both sides with the connecting portion as a base point are bent to include a strip-shaped plate body 20. The plane of the upper surface 20a protrudes upward to form a substantially U-shaped cross-sectional shape. The V-shaped plate body 20 is provided with a rod-shaped auxiliary rod 23 which protrudes from the other side edge of the length direction, 88564.DOC -12- 1240469 and then bends and extends downward. The auxiliary rod M is equal to the coupling interval of the terminal fittings 10 on the square side edge of the strip-shaped plate body 20. <Interval: It is arranged to be opposite to the terminal fittings 10. Moreover, the front end of the auxiliary ㈣ is formed at the same or approximately the same height as the front end of the burial fitting 10 ″, that is, the same or approximately the same distance protrudes from the upper part of the band-shaped plate 2 (3 and the bottom 20 _. By installing the auxiliary lever 23, the interlocking body A can be wound around the roll in a stable state as described later, and the interlocking body A can be pulled out from the roll, or distortion or deformation of the connecting portion 11 can be reduced. A, the connecting part of the terminal fitting 丨 〇 丨 and the auxiliary rod 23 on the upper surface 2Ga of the strip-shaped plate 20 are arranged to bend downward and protrude the same length. At the same time, the crimping part 12 of the terminal fitting 10 is formed on the strip. The upper surface 20a 'of the plate 配 is arranged so as to protrude toward the upper side and to receive the core wire of the electric wire for crimping from above. Furthermore, the strip-shaped plate body 20 is spaced at an interval equal to the bonding interval of the terminal fittings 10, Workpiece transfer holes 22 are formed along the length direction. The purpose of the workpiece transfer holes 22 is to be used in the terminal automatic crimping device 'to automatically transport the chain A of the terminal fitting 10 by the workpiece transfer hook, and at the same time, Crimp the wire sequentially to each terminal fitting 1 0. The above-mentioned interlocking body A can be integrally manufactured by punching a flat plate body made of, for example, copper or a copper alloy into a specific shape and then subjecting it to a bending process. A is, for example, a terminal automatic crimping device, which is transported by a workpiece transfer hole 22, and the terminal fitting 10 which is combined with the strip-shaped plate body 20 on the first processing table. 88564.DOC -13- 1240469 When the cutting mechanism of the cutting blade (metal mold) is cut off from the strip-shaped plate body 20, as shown in FIG. 2, the terminal fitting 10 is formed into an independent state. Then, The cut-off terminal fittings 10 are transported to the second processing table, as shown in FIGS. 3 (1) and (2). A core wire b is arranged in the crimping part 12 and the core wire B 丨 is a coating pipe B2 at the front end of the wire b formed by covering the core wire B1 with the covering pipe B 2 and peeled off, and an appropriate mold is used in this state ( (Metal mold) press one of the pair of crimping pieces 12a, 12b of the crimping portion 12 The sheets 12a and 12b are wound around the core wire B1 of the electric wire B, and the crimping portion 12 is crimped to the core wire B1 of the electric wire B by crimping up and down. Then, a second processing table for performing a crimping process is provided. It can also be shared with the first processing table that performs the cutting process. Also, the second table that performs the crimping process will position the cut-off terminal fittings 10, for example, if the terminal fitting 10 is installed The grooving groove accommodated in the second stage can securely locate the terminal fitting 10 so that the crimping portion i 2 projects upward. In this way, the ring metal fitting 10 is installed at the front end portion. The electric wire B is connected to the cold cathode tube c as shown in Fig. 4. The cold cathode tube c includes an elongated straight tube valve c2 and thin linear (rod) lead terminals ei drawn from both ends of the child valve C2. , Ei. The cold-cathode tube C is used, for example, as a light source for backlights incorporated in a backlight unit of a liquid crystal display panel. The valve C2 is composed of, for example, an elongated lead glass tube having an outer diameter of um o plane and a length of approximately 25 to _ mm, and the inside is sealed with, for example, a specific amount of mercury and a specific pressure of argon Ar and neon Ne. The resulting mixed dilute gas is used as the ionizing medium. In addition, the inner wall of the tube of the valve C2 is formed by ultraviolet light.
88564.DOC -14- 1240469 射所激發，產生可視光之螢光體層。於閥C2内部之兩端附 近，裝設有分別連接在引線端子^、C1之一對内部電極。 藉由在該等内部電極間之放電而產生紫外線時，藉由該紫 外線激發閥C2之管内壁之螢光體層，而形成產生可視光之 構造。 為了將來自高頻電力供應裝置之高頻電力供電至引線端 子C1、C1，將引線端子C1、cu#通在壓接連接於電線B、 B之各一端的端子金具10、10之連接部丨丨、n之各插通孔 11a、11a之後，藉由焊接該端子金具1〇和引線端子〇之方 式，將電線B、B分別連接在引線端子C1、C1。電線B、B 足各另一端細連接在連接器，形成將該連接器裝設在高頻 電力供應裝置般。然後，於冷陰極管c之兩端附近嵌入樹 月曰製之絕緣套罩，達成保護引線端子C i、c丨和電線B、B 之連接部般。 且，上述之連鎖體A係於端子自動壓接裝置，於端子金 具10結合在帶形板體20之狀態，亦可將電線B壓接連接在 該端子金具10之壓接部12。例如，於端子自動壓接裝置， 使連鎖體A利用加工件傳送孔22將結合在帶形板體2〇之端 子金具10順序運送至第1加工台上，連鎖體A之前端部係於 將帶形板體20裝載於第1加工台上，端子金具1〇之壓接部12 朝向上方，連接部11從該加工台朝下方垂下之狀態保持。 於泫狀怨，從第1加工台上方將露出前端部已剝離處理之芯 線B1之電線B的該芯線B1配設在壓接部12内，從上下以適 當之模具進行歛接壓接加工。然後，於該壓接加工之後， 88564.DOC -15- 1240469 藉由備於端子自動壓接裝置之切斷機構，切斷連結桿2丨和 壓接部12之間。如此，可獲得壓接有端子金具1〇之狀態的 電線B。此時’電線B和端子金具1 〇之連接構造係如圖5所 不’端子金具10之壓接部12位於電線B之前端側，連接部 11位於電線B之拉出方向側般地，形成將端子金具1〇安裝 在黾線B觔‘部路出之芯線b 1之構造。如此安裝有端子金 具10之電線B，係如上述地例如供應於冷陰極管之供電， 將冷陰極管C之引線端子ci插通在端子金具丨〇之連接部J j 之插通孔1 la ,藉由焊接連接電線B和冷陰極管匚而使用。 接著，說明關於本實施型態之連鎖體A之捲體。連鎖體A 為了供應給供應使用者而搬運或保管，進一部為了供應於 端子自動壓接裝置，而形成捲繞在捲筒之捲體。圖6表示捲 體之一例。捲筒E具有平行的2枚圓板E1、E1和以圓筒形芯 軸E2固定該等之構造。圓板E1及芯軸E2例如可採用紙製或 樹脂製。於如此構成之捲筒E之芯軸E2形成捲繞多層連鎖 體A，但此時連鎖體A係與細長之帶形緩衝帶D同時地捲繞 。緩衝帶D例如可採用紙製，其寬度設定成比連鎖體a之寬 度寬，比2枚圓板E1、E1之間隙尺寸略窄。如此，藉由介 置以緩衝帶D之方式，不直接疊合連鎖體a，且藉由將輔助 桿23裝設在帶形板體20之方式，緩衝帶D和連鎖體a之帶形 板體20可形成平行般地以安定之姿勢捲繞，而可順暢地從 捲ι^Ε拉出連鎖體A而不會纏住。 於本實施型態之連鎖體A，雖然在帶形板體2〇長度方向 之另一側緣裝設和朝端子金具1〇之連接部丨丨相同方向（下 88564.DOC -16- 1240469 万）大出 <辅助桿23,但於本發明之端子金具之連鎖㈣，除 了該輔助桿23 ’亦可於帶形板體2q長度方向之另且裝 設和朝端子金具10之壓接部12相同方向（上方）突出之另一 輔助样，以下當作另-實施型態說明其-例。 於圖7⑴至（3)表示本發明之另—實施型態中的端子金且 !〇之連鎖體A，之部分立體圖、部㈣_㈣分側視圖。 然後，該連鎖體A’和上述實施型態之連鎖體A除了一部分 之外：具有相同構成’關於相同之構成係採用相同符號， 同時省略其詳細之說明。 連鎖體A’包含多數端子金具1()和帶形板體2〇，端子金丑 ㈣著帶㈣㈣長度方向之一方側緣’以等間隔突出在 和孩長度万向直行之方向般地’介置以連結桿叫吉合在帶 形板體2〇。端子金具10位於當作自由端之大致圓形之連接 部U和該連接部與連結桿21之間，其具備和該等連結之壓 接邵12。端子金具10之連接部η係於和廛接部12之連結部 分折曲，從包含帶形板體20之上面2〇a的平面朝下方突出。 壓接部12和該大致圓形之連接部11之周緣連結，使以該連 結邵為基點而延伸出在兩側的2片壓接片12a、12b，從包含 帶形板體20之上面20a的平面朝上方突出般地折曲，形成剖 面形狀大致U字形。 於帶形板體2G裝設有從該長度方向之另—方側緣突出， 然後朝下方折曲延伸出之第丨辅助桿23，。該第丨輔助桿23, 係以和對帶形板體2G之-方側緣之端子金具1()的結合間隔 相等之間隔，配設成和端子金具1Q相對般。且，第i輔助桿 88564.DOC -17- 1240469 23’前端形成和端子金具1〇之連接部丨丨前端相同或大致相 同《冋度R對〒形板體2〇之上面2〇&朝下方突出相同或大 致相同4距離般。如此藉由裝設第i輔助桿23，之方式，使 連鎖體α·可如後述地以安定之狀態捲繞在捲筒或從該捲筒 拉出’或可減輕連接部丨丨歪曲或變形。 且，於帶形板體20長度方向之另—方側緣，裝設有從該 另一万側緣哭出，然後朝上方折曲而延伸出之棒形第2輔助 才干24。涿第2輔助桿24係以和對帶形板體2〇之一方側緣之 崎子金具10的結合間隔相等之間隔，與端子金具ι〇相對般 地配設鄰接在上述第i輔助桿23，。且，第2輔助桿24前端形 成和端子金具10之壓接部12前端相同或大致相同之高度， 即對帶形板體20之上面20a朝上方突出和壓接部12之一對 壓接片12a、12b相同或大致相同之距離般。如此藉由裝設 第2辅助桿24之方式，使連鎖體可以進一步安定之姿勢捲 、’堯在捲筒或從該捲筒拉出，而可減輕壓接部12歪曲或變形。 如此，於連鎖體A，，由於如上述裝設第2辅助桿24，因此 和第1輔助桿23’相輔，即使在裝設成突出於相對方向（從帶 形板體20相反方向）之端子金具10的連接部u及連接部12 施加機械式應力，仍可緩和該應力，而可防止歪曲或變形 且，使該連鎖體A如圖6所示，形成介置以緩衝帶捲繞在 捲筒之捲體時，可以進一步安定之姿勢捲繞，同時將該捲 體供應於端子自動壓接裝置時，可順暢地從捲筒拉出連鎖 體A、 本發明相關之端子金具之連鎖體及其捲體係具有棒形引 88564.DOC -18- 1240469 線端子之電子元件，例如於當作液晶顯示面板之背光用光 源使用的冷陰極管，介置以該引線端子從電線供電時，有 用於當作可供應用於以電性方式連接將電線拉出至引線端 子之拉出方向時的電線和引線端子之端子金具者。 【圖式簡單說明】 圖1係表示本發明之實施型態相關的端子金具之連鎖體 之（1)部分立體圖，（2)部分俯視圖，（3)部分側視圖。 圖2係表示從實施型態相關的端子金具之連鎖體斷開的 端子金具之（1)前視圖，及（2)側視圖。 圖3係用於說明將端子金具連接在電線之連接步驟之說 明圖，（1)表示電線及端子金具之構成之立體圖，及（2)表示 將端子金具連接在電線之連接構造之立體圖。 圖4係用於說明連接在電線之端子金具和冷陰極管之引 線端子的連接.構造之立體圖。 圖5係用於說明連接在電線之端子金具和冷陰極管之引 線端子的另一連接構造之立體圖。 圖6係表示本發明之實施型態相關的端子金具之連鎖體 之捲體的大致立體圖。 圖7係表示本發明之另一實施型態相關的端子金具之連 鎖體之（1)部分立體圖，（2)部分俯視圖，及（3)部分側視圖。 圖8係用於說明先前之（1)端子金具之連鎖體，（2)端子金 具和電線之連接構造，及（3)連接在電線之端子金具和冷陰 極管之引線端子的連接構造之立體圖。 【圖式代表符號說明】 88564.DOC -19- 1240469 10、τ 端子金具 11、52 連接部 11a 、 53 插通孔 12、51 壓:接部 12a 、 12b 壓接片 20 > 40 帶形板體 20a 上面 21、41 連結桿 22、42 加工件傳送孔 23 輔助桿 23’ 第1輔助桿 24 第2輔助桿 60、B 電線 61、B1 芯線 70、C 冷陰極管 71、Cl 引線端子 C2 閥 A、A， 連鎖體 Ar 氬 B2 被覆管 D 緩衝帶 E 捲筒 El 圓板 E2 芯轴 Ne 氖 -20-88564.DOC -14- 1240469, which produces a fluorescent layer of visible light. Near the two ends inside the valve C2, a pair of internal electrodes respectively connected to the lead terminals ^ and C1 are installed. When ultraviolet rays are generated by the discharge between these internal electrodes, the ultraviolet layer excites the phosphor layer on the inner wall of the valve C2 to form a structure that generates visible light. In order to supply the high-frequency power from the high-frequency power supply device to the lead terminals C1 and C1, the lead terminals C1 and cu # are connected to the connection parts of the terminal fittings 10 and 10 crimped to each end of the wires B and B 丨After the insertion holes 11a and 11a of 丨 and n, the wires B and B are connected to the lead terminals C1 and C1 by soldering the terminal fittings 10 and the lead terminals 0, respectively. The other ends of the wires B and B are finely connected to the connector, so that the connector is installed in a high-frequency power supply device. Then, an insulative cover made of a tree is embedded near both ends of the cold cathode tube c, so as to protect the connection portions of the lead terminals C i, c 丨 and the wires B, B. Moreover, the above-mentioned interlocking body A is an automatic crimping device for the terminal, and in a state where the terminal hardware 10 is combined with the strip-shaped plate body 20, the wire B can also be crimped and connected to the crimping part 12 of the terminal hardware 10. For example, in the terminal automatic crimping device, the interlocking body A sequentially transfers the terminal fittings 10 bonded to the strip-shaped plate 20 to the first processing table by using the workpiece transfer hole 22, and the front end of the interlocking body A is connected to the The strip-shaped plate body 20 is mounted on the first processing table, and the crimping portion 12 of the terminal fitting 10 is directed upward, and the connection portion 11 is held downward from the processing table. In the form of a retort, the core wire B1 of the electric wire B, which exposes the core wire B1 whose front end has been peeled off, is arranged in the crimping section 12 from above the first processing table, and the crimping and crimping process is performed with an appropriate mold from above and below. Then, after this crimping process, 88564.DOC -15-1240469 cuts between the connecting rod 2 and the crimping portion 12 by a cutting mechanism provided in the terminal automatic crimping device. In this way, the electric wire B in a state where the terminal fitting 10 is crimped can be obtained. At this time, the connection structure between the 'wire B and the terminal fitting 10 is as shown in FIG. 5' The crimping portion 12 of the terminal fitting 10 is located on the front end side of the wire B, and the connection portion 11 is located on the side of the drawing direction of the wire B. A structure in which the terminal fitting 10 is mounted on the core wire b 1 that is routed out of the reed wire B tendon. The wire B with the terminal fittings 10 thus installed is, for example, the power supplied to the cold cathode tube as described above, and the lead terminal ci of the cold cathode tube C is inserted into the insertion hole 1 la of the connection portion J j of the terminal fitting It is used by connecting wire B and cold cathode tube 焊接 by welding. Next, the roll of the interlocking body A of this embodiment will be described. The chain body A is transported or stored for supply to a supply user, and a chain body is wound around a roll for supplying to a terminal automatic crimping device. Fig. 6 shows an example of the roll body. The reel E has a structure in which two circular plates E1 and E1 are parallel and a cylindrical mandrel E2 is used to fix these. The circular plate E1 and the mandrel E2 can be made of, for example, paper or resin. A multi-layered interlocking body A is formed on the mandrel E2 of the reel E thus constituted. However, at this time, the interlocking body A is wound simultaneously with the elongated belt-shaped cushioning belt D. The buffer belt D can be made of paper, for example, and its width is set to be wider than the width of the interlocking body a and slightly narrower than the gap size of the two circular plates E1 and E1. In this way, by interposing the buffer belt D, the interlocking body a is not directly stacked, and by the auxiliary rod 23 being installed on the band plate 20, the buffer belt D and the band plate of the interlocking body a 20 can be wound in a stable posture in parallel, and the chain body A can be smoothly pulled out from the roll ιΕ without entanglement. In the interlocking body A of this embodiment type, although the other side edge of the strip-shaped plate body 20 is installed in the same direction as the connection part 10 toward the terminal fittings 丨 丨 the same direction (lower 88564.DOC -16-12.469 million) ） Da out < auxiliary rod 23, but in the terminal fittings of the present invention, in addition to the auxiliary rod 23 ′, it can also be installed in the 2q length direction of the strip-shaped plate body and the crimping portion toward the terminal fitting 10 12 Another auxiliary sample protruding in the same direction (above), the following is taken as another implementation example to explain its example. Figs. 7 (a) to (3) show a partial perspective view and a partial side view of the interlocking body A of the terminal gold and 〇 in another embodiment of the present invention. Then, the chain A 'and the chain A of the above-mentioned embodiment type are the same except for a part: they have the same structure' and the same structures are denoted by the same symbols, and detailed descriptions thereof are omitted. The interlocking body A 'includes most of the terminal fittings 1 () and the strip-shaped plate body 20, and the terminal gold is embracing one of the side edges of the length direction of the belt. The connection rod is called Jihe in the strip-shaped plate 20. The terminal fitting 10 is located between a substantially circular connection portion U serving as a free end and the connection portion and the connecting rod 21, and is provided with a crimping contact 12 connected to these connections. The connection portion η of the terminal fitting 10 is bent at the connection portion with the connection portion 12 and protrudes downward from a plane including the upper surface 20a of the band-shaped plate body 20. The crimping portion 12 is connected to the peripheral edge of the substantially circular connecting portion 11 so that the two crimping pieces 12a and 12b extending on both sides are extended from the connecting point as a base point, and the upper portion 20a including the strip-shaped plate body 20 The flat surface is bent upwardly so as to form a substantially U-shaped cross-sectional shape. The band-shaped plate body 2G is provided with a second auxiliary rod 23 that protrudes from the other side edge of the length direction and then bends and extends downward. The first auxiliary rod 23 is arranged at an interval equal to the bonding interval of the terminal fittings 1 () on the square side edge of the strip-shaped plate 2G, and is arranged to be opposite to the terminal fitting 1Q. And, the i-th auxiliary rod 88564.DOC -17- 1240469 23 'front end is formed with the connection part of the terminal fitting 10, and the front end is the same or approximately the same. Protruding from the bottom is the same or about the same distance. By installing the i-th auxiliary lever 23 in this way, the interlocking body α · can be wound on or pulled out from the roll in a stable state as described later, or the connection portion can be reduced from distortion or deformation. . Furthermore, on the other side edge of the strip-shaped plate body 20 in the longitudinal direction, a second auxiliary talent 24 in the shape of a rod is provided which cries out from the other side edge and then bends upward.涿 The second auxiliary rod 24 is arranged at an interval equal to the bonding interval of the sakiko metal fittings 10 on one side edge of the band-shaped plate body 20, and is opposite to the terminal metal fitting ι0 and is adjacent to the i-th auxiliary rod 23 . In addition, the front end of the second auxiliary lever 24 is formed at the same or substantially the same height as the front end of the crimping portion 12 of the terminal fitting 10, that is, a pair of crimping pieces protruding upward from the upper surface 20a of the band-shaped plate body 20 and one of the crimping portions 12. 12a, 12b are the same or approximately the same distance. In this way, by installing the second auxiliary lever 24, the chain body can be rolled in a more stable posture, and it can be pulled on or pulled out from the roll, thereby reducing the distortion or deformation of the crimping portion 12. In this way, in the chain body A, since the second auxiliary lever 24 is installed as described above, it is complementary to the first auxiliary lever 23 ', even if it is installed to protrude in the opposite direction (the opposite direction from the band-shaped plate body 20). The mechanical stress is applied to the connection part u and the connection part 12 of the terminal fitting 10, and the stress can still be relieved, and distortion or deformation can be prevented, and the interlocking body A is formed as shown in FIG. When winding the roll body, it can be wound in a more stable posture, and at the same time when the roll body is supplied to the terminal automatic crimping device, the chain body A and the chain of the terminal hardware related to the present invention can be smoothly pulled out from the roll. Its coil system has a bar-shaped lead 88564.DOC -18-1240469. Electronic components with wire terminals, such as a cold cathode tube used as a light source for the backlight of a liquid crystal display panel, are useful when the lead terminal is used to supply power from the wire. It is used as a terminal fitting which can be used to electrically connect the wire and the lead terminal when the wire is pulled out to the pull-out direction of the lead terminal. [Brief Description of the Drawings] FIG. 1 is a partial perspective view (1), (2) a partial top view, and (3) a partial side view of a terminal fitting chain related to an implementation form of the present invention. Fig. 2 shows (1) a front view and (2) a side view of a terminal fitting disconnected from a chain of terminal fittings related to an implementation type. Fig. 3 is an explanatory diagram for explaining the connection steps of connecting the terminal fittings to the wires, (1) a perspective view showing the structure of the wires and the terminal fittings, and (2) a perspective view showing the connection structure of the terminal fittings to the wires. Fig. 4 is a perspective view for explaining a connection and a structure of a terminal fitting connected to a wire and a lead terminal of a cold cathode tube. Fig. 5 is a perspective view for explaining another connection structure of a terminal fitting connected to a wire and a lead terminal of a cold cathode tube. Fig. 6 is a schematic perspective view showing a coil body of a chain of terminal fittings according to an embodiment of the present invention. Fig. 7 shows (1) a partial perspective view, (2) a partial plan view, and (3) a partial side view of the interlocking body of a terminal fitting related to another embodiment of the present invention. Figure 8 is a perspective view for explaining the previous (1) chain of terminal fittings, (2) connection structure of terminal fittings and wires, and (3) connection structure of terminal fittings connected to wires and lead terminals of cold cathode tubes . [Illustration of Symbols in Drawings] 88564.DOC -19- 1240469 10, τ terminal fittings 11, 52 connection parts 11a, 53 insertion holes 12, 51 crimping: crimping part 12a, 12b crimping piece 20 > 40 strip plate Body 20a upper surface 21, 41 connecting rod 22, 42 machined part transfer hole 23 auxiliary rod 23 'first auxiliary rod 24 second auxiliary rod 60, B electric wire 61, B1 core wire 70, C cold cathode tube 71, Cl lead terminal C2 valve A, A, Interlocking Ar Ar B2 Covered tube D Buffer zone E Reel El Disc E2 Mandrel Ne Neon-20-
88564.DOC88564.DOC