1235525 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種安裝於佈線基板之連接器，特別是關 於具有與對方側連接器之鎖合扣合部扣合之鎖合部之連接 器另外，本發明係關於一種安裝於如此連接器之佈線基 板及具有如此佈線基板之電子、電氣機器。 【先前技術】 對應於自動安裝之表面安裝型之連接器，係在收容於壓 紋載波帶之狀態供給至市場。壓紋載波帶係、由連成_個 收合表面安虞型連接器之容器狀之箱部之帶狀之載波帶本 體、與可以剝離貼合於載波帶本體使其覆蓋箱部之帶狀之 保護片所形成。 〜用以將表面安裝錢接器自動安裝於佈線基板上之自動 安裝機，具備有吸附保持表面安裝型連接器之吸附構件（例 如空氣噴嘴）。該自動安裝機_面剝離保護片一面順送壓紋 載波帶，-方面’藉吸附構件，動作取出箱部内之表面安 裝型連接器而配置於佈線基板上之一定位置。 猎吸附構件為了確實的吸附保持表面安裝型連接器，在 表面安裝型連接器’藉吸附構件在由上方可以存取之位 置’有必要確保2 mm〜3 mm四方程度以上大小之平坦之被 吸附面。 H在液晶顯示裝置等之電子、電氣機器，以最小 化佈線基板上之連接s之⑭有面積為目的較多使用接觸 點間節距狹小（例如U麵節距）之表面安裝型連接器。使 94086.doc 1235525 用於液晶顯示裝置之表面 叙变斗f 乂 t太 連接器，迄今為止並沒有 與對方側連接器（電線側連接 有 相互門夕山入土 σ )之鎖a構造，而是藉連接器 相互間之肷合，使祕維持 ^ ^ ^ 受此寺，在液晶顯示 裝置通常之使用狀態中， 考慮到的是不會接受由外部 之較大之衝擊之故。 但是’隨著液晶顯示裝置 數逐漸增大，因佈線的圍繞 接器，則到最後可能演變成 器脫離之事態之虞慮。 的大畫面化，若裝置内的佈線 來自佈線的較大之力加於連 電線側連接器由基板側之連接 在此’在液晶顯示裝置等之電子、電氣機器中，檢討採 用了附鎖合構造之連接器。更具體的是，考慮了如在基板 側之連接器之護罩之頂面突設鎖合突部，並且在電線側連 接器設置與上述鎖合突部扣合之鎖合爪部，在兩連接器之 嵌合時扣合鎖合爪部與鎖合突部之構造。 然而，在接觸點間節距狹小之基板側連接器之護罩的頂 面，若突設鎖合突部，則在該護罩的頂面，藉自動安裝機 之吸附構件確保用以吸附之被吸附面極為困難。特別是， 在接觸點較少見狹小之連接器的情形，無法確保被吸附 面，最後由於自動安裝變成不可能，所以電子、電氣機器 的裝配性顯著惡化。 為了解決該問題，雖考慮了在基板側連接器之護罩的側 部形成鎖合突部，不過此等由於佈線基板上之連接器之佔 有面積變大，所以大大的限制佈線基板上之電子、電氣零 件之配置。 94086.doc 1235525 另外，在護罩的佈線基板側，由於銲錫接合之接觸點位 置於佈線基板’所以在佈線基板側無法設置鎖合突部。更 甚的疋，若在佈線基板側設置鎖合突部，則由於電線側連 接器之鎖合爪部也配置於佈線基板側，所以解除鎖合爪部 與鎖合突部之扣合有顯著的困難。 【發明内容】 本發明的目的係提供一種具有鎖合構造，且確保用以自 動安裝之被吸附面之附鎖合部連接器。 另外，本發明之其他目的係提供一種安裝如此附鎖合部 之連接杰之佈線基板。 本發明之進一步其他之目的係提供一種具有如此之佈線 基板之電子、電氣機器。 本發明之附鎖合部之連接器，其係包含：連接器護罩， 其係可以與具有鎖合扣合部之對方側連接器嵌合；及接觸 點，其係收谷於該連接器護罩，與上述對方側連接器之端 子接觸，並且接合於佈線基板；上述連接器護罩其包含·· 收谷邛，其係收谷配置於佈線基板側之上述接觸點；中間 壁，其係區劃該接觸點收容部；鎖合部，其係與形成於該 中間壁的上面之上述對方側連接器之上述鎖合扣合部扣 合，及頂板壁，其係設置於該鎖合部的上方，在其上面具 有藉吸附構件用以吸附之平坦之被吸附面。 若依據上述之構造，由佈線基板看，在鎖合部的上方設 置著頂板壁，在該頂板壁的上面形成著平坦之被吸附面。 藉以自動安裝機之吸附構件吸附保持該被吸附面，可以 94086.doc 1235525 動安裝本發明之附鎖合部之連接器。 而且，由於鎖合部形成於區劃接觸點收容部之中間壁的 上面，所以即使設置由中間壁突出之鎖合突部作為鎖合部 的情形，佈線基板上之連接器之專有面積亦不會變大。 在上述中間壁與上述頂板壁之間以形成著接受上述對方 側連接器之鎖合扣合部之鎖合扣合部插入孔較佳。若依據 該構成，若嵌合對方側連接器，則在形成於中間壁與頂板 壁之間之鎖合扣合部插入孔，可以接受該對方側連接器之 鎖合扣合部，可以扣合該鎖合扣合部與鎖合部，兩連接器 形成鎖合狀態。從而，在鎖合狀態中，由於鎖合扣合部形 成藉頂板壁覆蓋之狀態’所以鎖合扣合部與鎖合部之扣合 狀態不會不小心被解除。 又，上述對方側連接器即使為結合應電氣連接於佈線連 板之電線之附電線之連接器亦可。 另外，上述接觸點收容部係平行延伸於佈線基板，且巧 使為藉接受朝沿著上述對方側連接器之上述佈線基板之力 ㈣插入，達成該對方側連接器的端子與上述接觸點㈣ 氣連接亦可。 進一步，鎖合部即使為由中 々田甲間壁的上面突出之鎖合突部 亦可。另外，上述鎖合部即使 1 1之馬穿设於中間壁的上面之凹 部亦可。另外，上述鎖合邻力“ 们上面之凹 ^ ^ Λ . ^ ^ σ在中間壁之中途部（對方側連接 為之插入方向中途部）中， 「使為延伸於與對方側連接器的 插入方向父叉之方向所 差1 ^ 鎖合段差部亦可。該鎖合段 差邛，在上述中間壁中 關於對方側連接器之插入方向， 94086.doc 1235525 在上流側配置第1面，在其下流側配置比第丨面低之第2面， 即使在此等之第1面及第2面之境界部形成段差者亦可。 本务明之佈線基板，具有如上述特徵之附鎖合部之連接 器係安裝於其表面者。 另外，本發明之電子、電氣機器（電子機器或電氣機器）， 其包含：如此之佈線基板；附電線之連接器，其係結合於 上述附鎖合部之連接器，具有與上述鎖合部扣合之鎖合扣 合部；及框體，其係收容上述佈線基板、上述附電線之連 接器及結合於該附電線之連接器之佈線。 若依據該構造，在電子、電氣機器的佈線基板上安裝著 附鎖合部之連接器，而附電線之連接器之鎖合扣合部扣合 於該附鎖合部之連接器。從而，多數之電線在框體内圍繞， 即使較大之力加於附電線之連接器的情形，在該附電線之 連接器與佈線基板上，亦可以確實的維持與附鎖合部之連 接裔之間之電氣連接。藉此，可以提高電子、電氣機器之 可靠性。 另外，在組入電子、電氣機器之佈線基板上，由於附鎖 ^。卩之連接器不佔較大面積，所以佈線基板上之電氣、電 子零件之佈置不須要有較大的限制。 上述電子、電氣機器即使為包含··佈線基板，其係安裝 /、有上述的特徵之附鎖合部之連接器；附電線之連接器， 其係結合於上述附鎖合部之連接器，具有與上述鎖合部扣 合之鎖合扣合部；及顯示板，其係隨著上述佈線基板收容 於忙體内等之顯示裝置亦可。該情形，即使在框體内圍繞 94086.doc Ϊ235525 為了在S、、員示板上之影像顯示所必須之多數之電線，亦可以 確實的維持電線與佈線基板之電氣連接狀態。 本舍明之上述或進一步之其他目的、特徵及效果，可以 參照添附圖面由其次所述之實施形態之說明可以明白。 【實施方式】 圖1為適用本發明之一實施形態之附鎖合部之連接器之 顯不裝置之構造之圖解的分解立體圖。該顯示裝置其包 合·顯示板1，其係液晶顯示板等；佈線基板2，其係安裝 用以在該顯示板1上之影像顯示之電氣、電子零件；及框體 3 ’其係收容此等。框體3其包含··前側部3 a，其係形成由 顯不裝置的前方視認顯示板1的顯示面之窗；及後側部3B， 其係藉與該前側部3 A結合，形成收容顯示板丨及佈線基板2 之收容空間。 在佈線基板2上安裝著各種電子零件及電氣零件2a，進一 步’表面安裝著多數附鎖合部之連接器丨丨、12、13。在該 附鎖合部之連接器11、12、13結合著附電線之連接器21、 22、23。在附電線之連接器21、22、23，結合著電線31、 32、33，該電線31、32、33在框體3内圍繞。 多數之附鎖合部之連接器11、1 2、13，其接觸點之數目（引 線數）雖不同，不過具有共通之基本構造。例如，附鎖合部 之連接器11，其接觸點數為8條（極），附鎖合部之連接器12 其接觸點數為2條（2極），附鎖合部之連接器13其接觸點數為 15條（15極）。從而，附鎖合部之連接器12構成最狹小，附鎖 合部之連接器13構成最寬廣，附鎖合部之連接器具11有彼 94086.doc 12 1235525 等之中間的寬度。 圖2(a)為附鎖合部之連接器丨丨的平面圖，圖2(b)為其正面 圖，圖2(c)為其右側面圖，圖2(d)為其底面圖，圖以勾為其 背面圖。圖3為圖2⑻之A_A線剖面圖。以下，以佈線基板2 作為水平姿勢的情形之附鎖合部之連接器u的姿勢作為基 準加以說明。也就是’圖2⑷顯示著在表面安裝於佈線基板 2之狀態平面視附鎖合部之連接器u之狀態。另外，在附鎖 合部之連接器11中，將對向於對方側之連接器之附電線之 連接器2 1側作為正面（前方）加以說明。 附鎖合部之連接器11其包含：樹脂製之連接器護罩％， 其係具有約略長方體形狀之外形；及金屬製之多數接觸點 6〇’其係壓入該連接器護罩5〇。 多數之接觸點60，係以沿著連接器護罩5〇的前後方向之 安勢，約略等間隔的配置於左右方向。接觸點6〇係穿過金 屬板形成之電氣連接構件，其包含：一對之挾持部61、62, 其係由上下挾持對方側之連接器之附電線之連接器21之端 子金屬零件；基端部63,其係結合該一對之挾持部61、62; 及基板連接部64 ,其係由該基端部63延伸於下方，進一步 使其沿著佈線基板2的表面彎曲。該基板連接部以銲錫於佈 線基板2上之底部。 一對挾持部61、62中，上方側之挾持部61，係在安裝於 連接器護罩50之狀態，沿著上下方向彈性的可以搖動之搖 動片，在其前端部形成壓接於附電線之連接器21之端子金 屬零件之壓接部61a。一方面，下方側之挾持部62係與上方 94086.doc 1Λ 1235525 側之挾持部6 1協動而具有挾持附電線之連接器2 1的端子金 屬零件之功能，並且在靠基端部63的位置具有吃入連接器 護罩50之接觸點保持部52之扣止突起62a。 連接器護罩50其包含：接觸點收容孔55，其係以分別沿 著前後方向之姿勢收容多數之接觸點6〇 ;中間壁56，其係 由上方分區該接觸點收容孔5 5 ;鎖合突部5 7，係突設於該 中間壁56的上面；及頂板壁58，係設置於該所合突部57的 上方。 接觸點收容孔55其包含：多數之壓入孔5丨，其係分別壓 入形成於連接器護罩5〇的背面側之多數之接觸點go ;及嵌 合孔53 ’其係嵌合形成於該壓入孔5 1的前方之附電線之連 接器2 1。 各壓入孔5 1其包含：上下一對之插入孔5丨&、5 lb，其係 約略平行的插入接觸點60之一對挾持部6丨、62 ;及基端部 收谷部5 1 c ’其係收容接觸點6〇的基端部63。而且，設置著 接觸點保持部52，使其隔著一對之插入孔51&、51b。 若將接觸點60由連接器護罩5〇的後面壓入壓入孔51，則 接觸點60的基端部63的上端緣抵接於基端部收容部5 1 c的 頂面’並且下側之挾持部62的下方緣抵接於插入孔5丨b的底 面及嵌合孔53的底面，進一步，扣止突起62a吃入接觸點保 持部52。藉此，接觸點6〇可以確實的扣止於連接器護罩5〇。 在該狀態，挾持部61、62突出於後合孔53内。 中間壁56形成與佈線基板2約略平行。更具體的是，如圖 2(b)及圖3所顯不’在連接器護罩5〇中，在接觸點收容孔55 94086.doc -14- 1235525 的上方’沿者前德方& ι W貝、形成用以接受附電線之連接器 2 1之鎖s扣合部之鎖人心人 ° σ邛插入孔59。令間壁56係將該 鎖5扣合插入孔59與接觸點收容孔55區隔成上下，且藉呈 下面分區成接觸點收容孔55，藉其上面分區鎖合扣合部插 入孔59。該鎖合扣合插入孔59的頂面藉頂板壁％分區。 在中間壁56的上面，鎖合突部57突設於鎖合扣合部插入 内。該鎖合突部57在附電線之連接器21的插拔方向之 前後方向中途部中，延伸於連接器護罩5〇的寬方向（接觸點 60的並設方向）而形成。在該鎖合突部”，導引鎖合扣合部 之導引傾斜面57a形成於附電線之連接器门的插入方向（連 接器插入向）上流側，在連接器插入方向下流側形成著與所 合扣合部扣合，防止附電線之連接器21不小心脫落之止動 面57c ’導引傾斜面57a與止動面57c之間形成沿著佈線基板 2之平坦面57b。 止動面57c係由中間壁56的上面約略垂直立起，在平坦面 57b與中間壁56的上面之間形成具有高低差之段差部。 頂板壁58在其上面具有藉自動安裝機之吸附構件（例如 空氣噴嘴）70用以吸附之吸附面58a。該被吸附面58a形成沿 著佈線基板2的表面之平坦面。 圖4為嵌合佈線基板2側之連接器之附鎖合部之連接器工！ 與附電線之連接器21之狀態之剖面圖。附電線之連接器2 1 其包含樹脂製之護罩80與安裝於該護罩80之多數條端子金 屬零件90。端子金屬零件90預先壓著電線31，在其狀態藉 壓入護罩80，可以安裝於護罩80。 94086.doc 1235525 漢罩80在佈線基版側2側具有形成用以收容端子金屬零 件90之端子金屬零件收容孔83之本體部μ，在上面側具有 用以與附鎖合部之連接器Η之鎖合突部57之鎖合扣合之鎖 合扣合部8 2。 鎖a扣合部82透過設置於前後方向中間部之支點部 結合於本體部81。該鎖合扣合部82比支點部82a在附鎖合部 之連接益11側（與電線3 1相反側）之前端部具有突出於下方 之鎖a爪82b，在比支點部82a位於電線3 1側之後端部，具 有用以解除鎖合狀態之操作部82c。支點部82&在鎖合爪Mb 谷卉朝上下動之方向之鎖合扣合部82之彈性的搖動之狀 怨’將該鎖合扣合部82結合於本體部81。 田將附電線之連接器21插入附鎖合部之連接器η時，在 護罩80中，將保持端子金屬零件9〇之嵌合部以配合於附鎖 a。卩之連接器11的嵌合孔53。如此，鎖合扣合部82整合於 鎖合扣合部插入孔59。在該狀態，若將附電線之連接器21 朝向附鎖合部之連接器丨丨插入，則端子金屬零件9〇使接觸 點60的上側之挾持部6丨朝向上方（使挾持部6丨、62拉開之方 向）一面彈性變形，一面進入一對之挾持部6 1、62之間。藉 此挾持部61之壓接部61 a壓接於端子金屬零件9 〇，在佈線 基板2與電線3 1之間，透過端子金屬零件9〇及接觸點6〇形成 電路。 一方面，鎖合扣合部82之鎖合爪82b，利用鎖合突部57 之導引傾斜面57a，藉朝平坦面57b導引，可以超越鎖合突 部57。藉此，鎖合爪82b之限制面86與鎖合突起部57之止動 94086.doc -16- 1235525 面57c扣合’達到圖4之鎖合狀態。藉此鎖合附電線之連接 為21與附鎖合部之連接器11的結合狀態。此時，鎖合扣合 部82由於藉附鎖合部11的頂板壁覆蓋。所以可以防止鎖合 扣合部82與鎖合突部57之扣合不小心的解除。 當由附鎖合部之連接器11卸下附電線之連接器21時，操 作者向本體部81(向佈線基板2側）壓下鎖合扣合部82之操作 $ 82c。藉此’鎖合扣合部82以支點部82a為中心旋動，鎖 合爪82b被由連接器護罩5〇的中間壁56的上面朝離開之方 向之上方舉起，解除與鎖合突部57之扣合狀態。在該狀態， 插作者若將附電線之連接器21朝脫離方向拉出，則可以解 除嵌合部85與嵌合孔53之嵌合狀態，可以拉開附電線之連 接器2 1與附鎖合部之連接器11。 附鎖合部之連接器11，係如圖5所顯示，在保持於壓紋載 波帶100之狀態供給至市場。壓紋載波帶1〇〇其包含：載波 帶本體101、與保護片1〇2 ;該保護片102，其係可以剝離黏 貼於該載波帶本體1〇1。載波帶本體1〇1係將1個1個收容附 鎖合部之連接器丨丨之容器狀之箱部1〇3隔著間隔連成之帶 狀體。附鎖合部之連接器11係以與當將佈線基板2配置成水 平時之該附鎖合部之連接器丨丨之安裝狀態之姿勢相同之姿 勢’收谷於載波帶本體1 0 1之箱部1 03。也就是，附鎖合部 之連接器11係在使載波帶100延伸於水平之狀態，使保護片 102位置於上方。形成於頂板壁58之上面之被吸附面58&收 容成由箱部103的上部開口面臨上方。 用以將附鎖合部之連接器11自動安裝於佈線基板2之自 94086.doc -17- 1235525 動安裝機其包含：順送機構，其係將壓紋載波帶1 00由捲軸 拉出水平順送；及保護片捲取機構，其係配合與該順送機 構的動作之時機捲取保護片i 02。順送機構係使壓紋載波帶 100延伸於水平，使保護片102成為上側。在該狀態，利用 保護片捲取機構藉捲取保護片1〇2，保護片1〇2可以由載波 π本體101剝離，附鎖合部之連接器丨丨之被吸附面58a由箱 部103的上部開口露出於上方側。該露出之被吸附面58a藉 自動安裝機之吸附構件70吸附保持。吸附構件7〇結合於吸 附構件驅動機構，該吸附構件驅動機構使吸附構件朝導 引至疋吸附位置之箱部103移動，使收容於該箱部1Q3之 附鎖合部之連接器11吸附保持之後，使吸附構件7〇移動於 上方而由箱部103取出附鎖合部之連接器丨丨。之後，吸附構 件驅動機構使吸附構件70朝佈線基板配置部移動，在該佈 線基板配置部預先配置之佈線基板2上之一定位置搬送附 鎖合部之連接器11。之後，利用吸附構件7〇藉解除被吸附 面58a的吸附，附鎖合部之連接器u可以安裝於佈線基板2 上。 在佈線基板2上之底部預先配置乳膏銲錫，在該乳膏銲錫 安裝附鎖合部之連接器11，使接觸點6〇接觸。藉將該狀態 之佈線基板2通至逆流槽，乳膏銲錫熔融，經過之後之冷卻 工序，藉銲錫硬化，達成接觸點60與佈線基板2之永久接合。 如圖2(b)所顯示，在連接器護罩5〇的寬方向兩端部，由 連接器護罩50的前方壓入補強接頭75、75。此等之補強接 頭75、75也另外銲錫接合於佈線基板2上之導體模型。從 94086.doc -18- 1235525 而’連接為護罩50藉接觸點60及補強接頭75、75之銲錫接 合’堅固的接合於佈線基板2上。補強接頭75、75勝任加於 連接護罩50之外力，防止接點6〇由佈線基板2剝離。 如以上’若依據本實施形態，附鎖合部之連接器11，由 於在上面具有平坦之被吸附面58a，所以藉自動安裝機之吸 附構件70可以由上方吸附保持。藉此，一面具備鎖合構造， 一面亦可以良好的適用於自動安裝。 另外’鎖合突部57由於突出於中間壁56的上面，所以不 會影響至佈線基板2上之連接器護罩5〇的專有面積，對於佈 線基板2上電子、電氣零件之配置不會有加上較大限制之虞 慮。 依此’在採用如上述之附鎖合部之連接器丨丨之顯示裝 置，由於可以使用自動安裝機進行對佈線基板2之附鎖合部 之連接器的安裝工序，所以其生產性佳，另外，關於佈線 基板2上之電子、電氣零件之配置之設計自由度較高。加 上，由於使用附鎖合部之連接器丨丨，所以起因於框體3内之 配線之圍繞’由於不會不小心解除附電線之連接器21與佈 線基板2之電氣連接，所以可以實現可靠度較高之顯示裝 置。 圖6(a)(b)係隨著附鎖合部之連接器u安裝於佈線基板2 上之附鎖3 σ卩之連接器12、13之各平面圖。2極型之附鎖合 部之連接器12，其寬度（接觸點並置方向的長度）雖較短，不 過由於在鎖合突部57(參照圖3)的上方設置頂板壁58將其上 面作為被吸附面58a，所以該被吸附面58&可以具有藉吸附 94086.doc -19- 1235525 構件70需要較大之吸附。 以上’雖已針對本發明之_實施形態加以說明，不過本 I月即使為其他實施形態亦可以實施。例如，設置於附鎖 :。卩之連接益11的中間壁56之鎖合部，即使為如圖7(勾所顯 不之鎖合凹部77亦可，即使為圖7(b)所示之鎖合段差部78 亦可。鎖合凹度77係穿設於令間壁56的上面，在附電線之 連接為21的插入方向上流側具有防止鎖合爪82b止動之止 動面77a。另外，鎖合段差部78在中間壁％之連接器插入方 向中途部中，形成延伸於與連接器插入方向垂直之方向， 在連接器插入方向上流側之第丨面56A、與連接器插入方向 下流側之第2面（比第丨面低之面）56B之間，形成扣合鎖合爪 82b而實現附電線之連接器2丨之止動之段差面（止動面）。 如此，即使中間壁56形成何種形態之鎖合段部（鎖合突部 57、鎖合凹部77、或鎖合段差部78)之構造，在其上方之頂 板壁58之上面之被吸附面58a中，亦可以藉吸附構件70保持 吸附。 進一步，在上述之實施形態，雖取液晶顯示板為例作為 顯示裝置所使用之顯示板，不過不僅液晶顯示板，即使對 於使用電漿顯示板與EL顯示板等之平板顯示之顯示裝置， 亦同樣的可以適用於本發明。 另外，不僅顯示裝置，即使在將安裝附鎖合部之連接器 之佈線基板收容於框體内之構成之電子、電機機器中，藉 適用如上述之附鎖合部之連接器，可以提高可靠度且實現 設計自由度較高之機器。 94086.doc -20- 1235525 雖已針對本發明之實施形態詳細的加以說明，不過此等 只不過疋用以為了明白本發明之技術的内容之具體例，本 發明並不應限疋於此等之具體例之解釋，本發明之精神及 範圍僅藉所添賦之申請專利範圍加以限制。 本申吻案係對應於20003年7月4日提出於日本專利廳之 專利特願2003-192218號，本申請案之全揭示藉引用組入此 等。 【圖式簡單說明】 圖1為適用本發明之一實施形態之附鎖合部之連接器之 顯示裝置之構造之圖解的分解立體圖。 圖2(a)為附鎖合部之連接器的平面圖，圖…為其正面 圖，圖2(c)為其右側面圖，圖2(d)為其底面圖，圖2(幻為其 背面圖。 圖3為圖2(b)之A-A線剖面圖。 圖4為嵌合佈線基板側之連接器之附鎖合部之連接器與 附電線之連接器之狀態之剖面圖。 圖5為用以說明藉附鎖合部之連接器之自動包裝機包裝 之剖面圖。 圖6(a)(b)為其他附鎖合部之連接器之平面圖。 圖7(a)(b)為用以說明鎖合部之其他構成例之剖面圖。 【主要元件符號說明】 顯示板 佈線基板 電子、電氣零件 1 21235525 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a connector mounted on a wiring substrate, and particularly to a connector having a locking portion that is engaged with a locking engaging portion of a counterpart connector. In addition, the present invention relates to a wiring substrate mounted on such a connector and an electronic and electrical device having such a wiring substrate. [Prior art] The surface-mount connector corresponding to the automatic installation is supplied to the market in a state of being accommodated in an embossed carrier tape. Embossed carrier tape system, a band-shaped carrier tape body connected to a container-shaped box part of a closed surface Anyu connector, and a band shape that can be peeled and attached to the carrier tape body to cover the box part Formed by a protective sheet. ~ An automatic mounting machine for automatically mounting a surface mount connector on a wiring board. It has an adsorption member (such as an air nozzle) that holds and holds the surface mount connector. This automatic mounting machine_face peeling protection sheet feeds the embossed carrier tape on one side, and-on the side ', the surface-mounted connector in the box portion is taken out by the suction member, and is arranged at a certain position on the wiring substrate. In order to attract and hold the surface-mount connector accurately, it is necessary to ensure that the flat surface of the surface-mount connector is capable of being attracted by the adsorption member at a position accessible from above by 2 mm to 3 mm. surface. For electronic and electrical equipment such as liquid crystal display devices, surface-mounted connectors with narrow pitches between contact points (such as U-plane pitches) are often used for the purpose of minimizing the area of connections on wiring boards. 94086.doc 1235525 is used for the surface grading connector f 乂 t of the liquid crystal display device. So far, there is no lock a structure with the connector on the opposite side (the wire side is connected to each other 夕 山 入土 土), but By the coupling of the connectors with each other, the secret is maintained ^ ^ ^ In this normal use state of the liquid crystal display device, it is considered that it will not accept a large impact from the outside. However, as the number of liquid crystal display devices gradually increases, there is a concern that the wiring may surround the connector, and eventually it may become a state of device disconnection. If the wiring in the device is large, the large force from the wiring is applied to the connector on the wire side. The connector on the substrate side is connected here. In electronic and electrical equipment such as liquid crystal display devices, the review uses a lock. Constructed connector. More specifically, it is considered that a locking protrusion is provided on the top surface of the shield of the connector on the substrate side, and a locking claw portion that is engaged with the locking protrusion is provided on the electric wire side connector. The structure of the locking claw and the locking protrusion is engaged when the connector is fitted. However, on the top surface of the cover of the substrate-side connector with a narrow pitch between the contact points, if a locking protrusion is provided, the top surface of the cover is secured by the suction member of the automatic mounting machine to ensure the suction. The adsorbed surface is extremely difficult. In particular, in the case of a connector with a small number of contact points, the suction surface cannot be ensured, and since automatic mounting becomes impossible, the assemblability of electronic and electrical equipment is significantly deteriorated. In order to solve this problem, although it is considered to form a locking protrusion on the side portion of the shield of the substrate-side connector, the area of the connector on the wiring substrate becomes larger, so the electrons on the wiring substrate are greatly restricted. 2. Configuration of electrical parts. 94086.doc 1235525 In addition, on the wiring board side of the shield, since the contact points of solder bonding are placed on the wiring board ', no locking protrusions can be provided on the wiring board side. What's more, if a locking protrusion is provided on the wiring substrate side, since the locking claw portion of the wire-side connector is also arranged on the wiring substrate side, the unlocking of the locking claw portion and the locking protrusion is significant. Difficulties. [Summary of the Invention] The object of the present invention is to provide a connector with a locking portion which has a locking structure and ensures the suction surface for automatic installation. In addition, another object of the present invention is to provide a wiring board to which a connection jig with such a locking portion is mounted. It is still another object of the present invention to provide an electronic and electrical device having such a wiring substrate. The connector with a locking portion of the present invention includes: a connector shield which can be fitted with a counterpart connector having a locking engaging portion; and a contact point which is received in the connector. The shield is in contact with the terminal of the counterpart connector and is bonded to the wiring substrate. The connector shield includes a receiving trough, which is a contact point arranged on the wiring substrate side, and a middle wall, which The contact point accommodating portion is divided; the locking portion is engaged with the above-mentioned locking and engaging portion of the counterpart connector formed on the upper surface of the intermediate wall, and the top wall is provided on the locking portion Above, there is a flat adsorbed surface on the upper surface for adsorption by the adsorption member. According to the above structure, when viewed from the wiring substrate, a top plate wall is provided above the lock portion, and a flat suction surface is formed on the top plate wall. By using the suction member of the automatic mounting machine to hold and hold the suction surface, the connector with a locking part of the present invention can be installed 94086.doc 1235525. Moreover, since the locking portion is formed on the upper surface of the intermediate wall of the zonal contact point accommodating portion, even if a locking protrusion protruding from the intermediate wall is provided as the locking portion, the exclusive area of the connector on the wiring substrate is not changed. Will get bigger. It is preferable that a lock-fitting portion insertion hole is formed between the intermediate wall and the top plate wall to receive the lock-fitting portion of the counterpart connector. According to this configuration, if the mating connector is fitted, an insertion hole is inserted into the mating and engaging portion formed between the middle wall and the top plate wall, and the mating and engaging portion of the mating connector can be received and can be mated. The two connectors form a locked state. Therefore, in the locked state, the locked state of the locked engagement portion and the locked portion will not be accidentally released because the locked engagement portion is formed into a state covered by the top wall. The counterpart connector may be a connector with an electric wire connected to an electric wire to be electrically connected to the wiring board. In addition, the contact point accommodating portion extends in parallel to the wiring substrate, and is designed to be inserted into the wiring substrate along the counterpart connector so as to achieve the terminal of the counterpart connector and the contact point. Gas connection is also available. Furthermore, the locking portion may be a locking projection protruding from the upper surface of the middle wall of Putianjia. In addition, the locking portion may be a recessed portion provided on the upper surface of the intermediate wall by a horse. In addition, in the above-mentioned locking adjacent force, the recess ^ ^ Λ. ^ ^ Σ is in the middle part of the middle wall (the part where the opposite side is connected in the insertion direction), so that it is inserted into the connector with the opposite side. The direction of the direction of the parent fork is 1 ^ The difference of the locking section is also possible. The locking section differs in the direction of the insertion of the counterpart connector in the middle wall. 94086.doc 1235525 The first surface is arranged on the upstream side, The second side lower than the first side is arranged on the downstream side, even if a step is formed at the boundary between the first and second sides. The wiring board of the present invention has the characteristics of the locking part with the characteristics described above. The connector is mounted on its surface. In addition, the electronic and electrical equipment (electronic equipment or electrical equipment) of the present invention includes: such a wiring substrate; and a connector with a wire, which is coupled to the above-mentioned locking portion. The connector has a locking and engaging portion that is engaged with the above-mentioned locking portion; and a frame body that houses the wiring substrate, the electric wire-attached connector, and wiring connected to the electric wire-attached connector. Construction, in electronics A wiring board of an electric device is provided with a connector with a lock portion, and a lock and buckle portion of the connector with a wire is fastened to the connector with the lock portion. Therefore, most wires are surrounded in the frame. Even if a large force is applied to the connector with an electric wire, the electrical connection between the connector with an electric wire and the wiring substrate can be reliably maintained with the connecting member with the locking portion. Can improve the reliability of electronic and electrical equipment. In addition, on the wiring substrate incorporated in electronic and electrical equipment, due to the lock ^. The connector does not occupy a large area, so the layout of electrical and electronic components on the wiring substrate No major restrictions are required. Even if the above-mentioned electronic and electrical equipment includes a wiring board, it is a connector with a locking portion that has the above-mentioned characteristics; a connector with a wire, which is combined with the above The connector with the locking portion includes a locking engaging portion that is engaged with the locking portion; and a display board that can be used as a display device in which the wiring board is housed in a busy body. In this case, even in Around the body 94086.doc 围绕 235525 In order to display the majority of the wires necessary for the image display on the display board, it is also possible to reliably maintain the electrical connection between the wires and the wiring substrate. The above or further other purposes and features of this house note The effect and effect can be understood by referring to the description of the embodiment described next with the attached drawings. [Embodiment] FIG. 1 is a diagram illustrating a structure of a display device of a connector with a locking portion to which an embodiment of the present invention is applied. An exploded perspective view of the display device. The display device includes a display panel 1 which is a liquid crystal display panel and the like; a wiring substrate 2 which is an electrical and electronic component mounted for image display on the display panel 1; and a frame 3 'It contains this. The frame body 3 includes a front side portion 3a, which forms a window for viewing the display surface of the display panel 1 from the front of the display device; and a rear side portion 3B, which is connected to the front side. The sections 3A are combined to form a receiving space for accommodating the display panel 丨 and the wiring substrate 2. Various electronic components and electrical components 2a are mounted on the wiring substrate 2. Further, a plurality of connectors with locking portions 丨, 12, 13 are mounted on the surface. Connectors 21, 22, and 23 with electric wires are connected to the connectors 11, 12, and 13 of the locking portion. The electric wires 31, 32, and 33 are connected to the connectors 21, 22, and 23 with electric wires, and the electric wires 31, 32, and 33 are surrounded in the housing 3. Although the number of contact points (the number of leads) of most connectors 11, 12 and 13 with locking parts is different, they have a common basic structure. For example, the number of contact points of the connector 11 with the lock portion is 8 (pole), the number of contact points of the connector 12 with the lock portion is 2 (2 pole), and the connector 13 with the lock portion The number of contact points is 15 (15 poles). Therefore, the connector 12 with the locking portion is the narrowest, the connector 13 with the locking portion is the widest, and the connecting device 11 with the locking portion has an intermediate width such as 94086.doc 12 1235525. Fig. 2 (a) is a plan view of the connector with a locking part, Fig. 2 (b) is a front view, Fig. 2 (c) is a right side view, and Fig. 2 (d) is a bottom view. Take the tick as its back view. FIG. 3 is a sectional view taken along the line A_A in FIG. 2 (a). Hereinafter, the posture of the connector u with the locking portion when the wiring substrate 2 is in the horizontal posture will be described as a reference. That is, "Fig. 2" shows the state of the connector u with the locking portion in a plan view in a state of being surface-mounted on the wiring substrate 2. In the connector 11 of the lock portion, the connector 21 side with the electric wire to the connector on the counterpart side will be described as the front (front). The connector 11 with the locking portion includes: a connector shield made of resin, which has an approximately rectangular parallelepiped shape, and a plurality of metal contact points 60 ′, which are pressed into the connector shield 50. . The plurality of contact points 60 are arranged along the front-rear direction of the connector shield 50 at approximately equal intervals in the left-right direction. The contact point 60 is an electrical connection member formed through a metal plate, and includes: a pair of holding portions 61 and 62, which are metal parts of the terminal 21 of the connector 21 with an electric wire, which holds the connector on the opposite side up and down; The end portion 63 is combined with the pair of holding portions 61 and 62; and the substrate connection portion 64 is extended from the base end portion 63 below, and is further bent along the surface of the wiring substrate 2. The substrate connection portion is soldered to the bottom of the wiring substrate 2. Among the pair of holding portions 61 and 62, the holding portion 61 on the upper side is attached to the connector cover 50, and a swinging piece which is elastically movable in the vertical direction is crimped to the front end portion to be crimped to the attached electric wire. The crimping portion 61 a of the terminal metal part of the connector 21. On the one hand, the holding portion 62 on the lower side cooperates with the holding portion 61 on the upper side 94086.doc 1Λ 1235525 and has the function of holding the terminal metal parts of the connector 21 with the electric wire. There is a latching projection 62 a at the contact point holding portion 52 of the ingress connector shield 50. The connector shield 50 includes: a contact point receiving hole 55 for accommodating a plurality of contact points 60 in a posture along the front-rear direction; an intermediate wall 56 for partitioning the contact point receiving hole 5 5 from above; a lock The engaging protrusions 57 are provided on the upper surface of the intermediate wall 56; and the top plate wall 58 is provided above the engaged protrusions 57. The contact point accommodating hole 55 includes: a plurality of press-fit holes 5 丨 which are respectively press-fitted into a plurality of contact points go formed on the back side of the connector cover 50; and a fitting hole 53 'which is formed by fitting A connector 21 with a wire is provided in front of the press-in hole 51. Each press-in hole 51 includes: a pair of upper and lower insertion holes 5 丨 & 5 lb, which are pair of holding portions 6 丨, 62 of one of the approximately parallel insertion contact points 60; and a base end valley portion 5 1 c ′ is a base end portion 63 that accommodates the contact point 60. A contact point holding portion 52 is provided so as to be inserted through the pair of insertion holes 51 &, 51b. When the contact point 60 is pressed into the press-in hole 51 from the rear face of the connector cover 50, the upper end edge of the base end portion 63 of the contact point 60 abuts on the top surface of the base end receiving portion 5 1 c and the bottom The lower edge of the side gripping portion 62 abuts the bottom surface of the insertion hole 5b and the bottom surface of the fitting hole 53, and further, the latching protrusion 62a engages the contact point holding portion 52. Thereby, the contact point 60 can be reliably locked to the connector cover 50. In this state, the holding portions 61 and 62 protrude into the rear closing hole 53. The intermediate wall 56 is formed approximately parallel to the wiring substrate 2. More specifically, as shown in FIG. 2 (b) and FIG. 3, "in the connector cover 50, above the contact point receiving hole 55 94086.doc -14-1235525" followed by the German side & ι W, inserting a hole 59 forming a lock to form a lock-snap portion of the connector 21 with a wire attached. The partition wall 56 separates the lock 5 snap-insertion hole 59 from the contact point receiving hole 55 up and down, and partitions the lower part into the contact point storage hole 55, and partitions the upper part of the lock interlocking part insertion hole 59 therethrough. The top surface of the lock-fitting insertion hole 59 is partitioned by the top wall. On the upper surface of the intermediate wall 56, a locking projection 57 is protruded into the insertion of the locking engaging portion. This locking protrusion 57 is formed in the middle of the insertion and removal direction of the connector 21 with a wire in the front-rear direction and extends in the width direction of the connector cover 50 (the direction in which the contact points 60 are juxtaposed). In this lock projection ", the guide inclined surface 57a of the guide lock engagement portion is formed on the upstream side in the insertion direction (connector insertion direction) of the connector door with the electric wire, and is formed on the downstream side in the connector insertion direction. A stopper surface 57c that is engaged with the engaged fastening portion to prevent the connector 21 with a wire from accidentally falling off is formed between the guide inclined surface 57a and the stopper surface 57c along the flat surface 57b along the wiring substrate 2. Stopper The surface 57c rises approximately perpendicularly from the upper surface of the intermediate wall 56, and a stepped portion having a step height is formed between the flat surface 57b and the upper surface of the intermediate wall 56. The ceiling plate 58 has an adsorption member (for example, an automatic mounting machine) on the upper surface 58b. An air nozzle) 70 is an adsorption surface 58a for adsorption. The adsorbed surface 58a forms a flat surface along the surface of the wiring substrate 2. Fig. 4 is a connector worker fitting the locking portion of the connector on the wiring substrate 2 side. A cross-sectional view of a state with the electric wire-attached connector 21. The electric wire-attached connector 2 1 includes a resin shield 80 and a plurality of terminal metal parts 90 mounted on the shield 80. The terminal metal parts 90 are pressed in advance With the electric wire 31, in its state The shroud 80 can be mounted on the shroud 80. 94086.doc 1235525 The Han shroud 80 has a main body part μ formed with a terminal metal part receiving hole 83 for receiving the terminal metal part 90 on the two sides of the wiring substrate, and has a top side The locking and engaging part 82 for locking and engaging with the locking protrusion 57 of the connector Η with the locking part. The lock a locking part 82 is coupled to the body through a fulcrum part provided in the middle part in the front-rear direction. Part 81. The locking and engaging part 82 has a locking claw 82b protruding below from the fulcrum part 82a before the connection benefit 11 side (opposite to the electric wire 31) of the locking part, and at the supporting point part 82a. Located at the rear end of the wire 31 side, it has an operation part 82c for releasing the locked state. The fulcrum part 82 & This locking and engaging portion 82 is coupled to the main body portion 81. When Tian inserts the connector 21 with a wire into the connector η with the locking portion, in the shield 80, the fitting portion of the terminal metal fitting 90 is held. So as to fit into the attachment hole 53 of the connector a. 卩 of the connector 11. In this way, the lock engagement portion 82 is integrated The lock-fitting part insertion hole 59. In this state, if the connector 21 with a wire is inserted toward the connector with a lock-up part, the terminal metal part 90 makes the upper holding part 6 of the contact point 60 丨While facing upward (in the direction in which the holding portions 6 丨 and 62 are pulled apart), they are elastically deformed and enter between the pair of holding portions 6 1, 62. The crimping portion 61 a of the holding portion 61 is crimped to the terminal metal part. 〇, a circuit is formed between the wiring board 2 and the electric wire 31 through the terminal metal part 90 and the contact point 60. On the one hand, the locking claw 82b of the locking engaging part 82 uses the locking protrusion 57 The guide inclined surface 57 a can be guided beyond the locking protrusion 57 by guiding toward the flat surface 57 b. Thereby, the restricting surface 86 of the locking claw 82b and the stopper of the locking protrusion 57 are fastened 94086.doc -16-1235525 The surface 57c 'is brought into the locked state shown in FIG. 4. Thereby, the connection of the lock-attached electric wire is a combination state of the connector 21 with the lock-attached portion. At this time, the lock engagement portion 82 is covered by the top plate wall of the lock engagement portion 11. Therefore, it is possible to prevent the locking of the locking portion 82 and the locking protrusion 57 from being accidentally released. When the connector 21 with the electric wire is removed from the connector 11 with the locking portion, the operation of the operator pressing the locking portion 82 toward the main body portion 81 (to the wiring substrate 2 side) is $ 82c. With this, the 'locking engagement portion 82 is rotated around the fulcrum portion 82a, and the locking claw 82b is lifted upward from the upper surface of the intermediate wall 56 of the connector cover 50 in a direction away from it, and the locking protrusion is released. The fastening state of the part 57. In this state, if the inserter pulls out the connector 21 with a wire in a detaching direction, the mating state of the fitting portion 85 and the fitting hole 53 can be released, and the connector 21 with a wire can be opened and the lock合 部 的 连接 器 11。 The connector 11 of the joint. The connector 11 with the locking portion is supplied to the market while being held in the embossed carrier band 100 as shown in FIG. 5. The embossed carrier tape 100 includes a carrier tape body 101 and a protective sheet 102; and the protective sheet 102 can be peeled and adhered to the carrier tape body 101. The carrier tape body 101 is a band-shaped body formed by connecting one container-shaped box portion 10 of one connector 丨 丨 with a lock portion at intervals. The connector 11 with the locking portion is in the same position as the posture of the connector with the locking portion when the wiring substrate 2 is arranged horizontally, and is confined to the carrier body 1 0 1 Box Department 1 03. That is, the connector 11 with the locking portion is in a state where the carrier band 100 is extended horizontally, and the protective sheet 102 is positioned above. The sucked surface 58 & formed on the upper plate wall 58 is accommodated so as to face upward from the upper opening of the box portion 103. It is used to automatically install the connector 11 with the locking part on the wiring substrate 2. Since 94086.doc -17- 1235525, the dynamic mounting machine includes: a forward mechanism that pulls the embossed carrier tape 100 from the reel horizontally. Sequential delivery; and a protective film take-up mechanism, which is adapted to cope with the timing of the operation of the progressive delivery mechanism to take up the protective film i 02. The delivery mechanism extends the embossed carrier tape 100 horizontally, and the protective sheet 102 becomes the upper side. In this state, by using the protective sheet winding mechanism to take up the protective sheet 102, the protective sheet 102 can be peeled off from the carrier π body 101, and the attracted surface 58a of the connector with the locking part is provided by the box part 103. The upper opening of is exposed on the upper side. The exposed suction surface 58a is sucked and held by the suction member 70 of the automatic mounting machine. The adsorption member 70 is coupled to the adsorption member driving mechanism, which moves the adsorption member toward the box portion 103 guided to the 疋 adsorption position, and adsorbs and holds the connector 11 accommodated in the locking portion of the box portion 1Q3. After that, the suction member 70 is moved upward and the connector with the locking portion is taken out from the box portion 103. After that, the suction member driving mechanism moves the suction member 70 toward the wiring substrate arrangement portion, and transports the connector 11 with the locking portion at a certain position on the wiring substrate 2 previously arranged in the wiring substrate arrangement portion. After that, by using the suction member 70 to release the suction of the suction surface 58a, the connector u with the locking portion can be mounted on the wiring substrate 2. A cream solder is arranged on the bottom of the wiring board 2 in advance, and a connector 11 with a locking portion is mounted on the cream solder so that the contact point 60 comes into contact. By passing the wiring substrate 2 in this state to the countercurrent groove, the cream solder is melted, and after the subsequent cooling process, the solder is hardened to achieve permanent bonding between the contact point 60 and the wiring substrate 2. As shown in FIG. 2 (b), the reinforcing joints 75 and 75 are pushed in from the front of the connector cover 50 at both ends of the connector cover 50 in the width direction. These reinforcing joints 75 and 75 are also soldered to a conductor pattern on the wiring board 2. From 94086.doc -18-1235525, the 'connection as shield 50 is firmly bonded to the wiring substrate 2 by the solder joint of the contact point 60 and the reinforcing joints 75 and 75'. The reinforcing joints 75 and 75 are competent to apply an external force to the connection shield 50 to prevent the contact 60 from being peeled from the wiring board 2. As described above, according to the present embodiment, since the connector 11 with the locking portion has a flat suction surface 58a on the upper surface, the suction member 70 of the automatic mounting machine can be sucked and held from above. Thereby, one side is provided with a locking structure, and the other side is also suitable for automatic installation. In addition, since the locking projection 57 protrudes from the upper surface of the intermediate wall 56, it does not affect the exclusive area of the connector cover 50 on the wiring substrate 2, and does not affect the arrangement of electronic and electrical components on the wiring substrate 2. There are fears of greater restrictions. According to this, in the display device using the connector with the locking portion as described above, since the automatic mounting machine can be used to perform the mounting process of the connector with the locking portion of the wiring substrate 2, its productivity is excellent. In addition, the degree of freedom in designing the arrangement of electronic and electrical components on the wiring substrate 2 is high. In addition, since the connector with the locking part is used, it is caused by the surrounding of the wiring in the frame 3, because the electrical connection between the connector 21 with the electric wire and the wiring substrate 2 will not be accidentally released, so it can be realized. Highly reliable display device. Figs. 6 (a) and (b) are plan views of the connectors 12 and 13 with a lock 3 σ 卩 mounted on the wiring substrate 2 along with the connector u with the lock portion. Although the 2-pole connector 12 with a locking portion has a shorter width (the length of the contact point juxtaposed direction), the top plate wall 58 is provided above the locking protrusion 57 (see FIG. 3) as the upper surface thereof. The surface to be adsorbed 58a, so the surface to be adsorbed 58 & may have a large adsorption by the adsorption 94086.doc -19-1235525. Although the above-mentioned embodiment of the present invention has been described, it can be implemented even in other embodiments this month. For example, set to lock:. The interlocking portion of the intermediate wall 56 of the joint 11 may be the interlocking recess 77 shown in FIG. 7 (not shown by the hook), or even the interlocking step difference 78 shown in FIG. 7 (b). The locking concavity 77 is provided on the upper surface of the partition wall 56 and has a stop surface 77a on the upstream side in the insertion direction of the connection with the electric wire 21 to prevent the locking claw 82b from stopping. In addition, the locking step 78 is at In the middle part of the connector insertion direction of the middle wall, a second surface 56A on the upstream side in the connector insertion direction and a second surface on the downstream side in the connector insertion direction are formed. Between the 56th surface and the lower surface) 56B, a stepped surface (a stop surface) is formed by engaging the locking claw 82b to realize the stop of the connector 2 with the electric wire. Thus, even if the middle wall 56 is formed in any shape, The structure of the locking section (the locking protrusion 57, the locking recess 77, or the locking section difference 78) can also be held by the suction member 70 in the suction surface 58 a above the top wall 58. Further, in the embodiment described above, although a liquid crystal display panel is taken as an example as a display device, The display panel is not only a liquid crystal display panel, but also can be applied to the present invention even for a display device using a flat panel display such as a plasma display panel and an EL display panel. In addition, not only the display device but also a lock that will be installed The wiring board of the connector of the joint is housed in the electronic and electrical machinery constituted by the frame body. By applying the connector with the joint as described above, the reliability can be improved and a machine with a higher degree of design freedom can be realized. 94086 .doc -20-1235525 Although the embodiments of the present invention have been described in detail, these are only specific examples for understanding the technical content of the present invention, and the present invention should not be limited to these. Explaining specific examples, the spirit and scope of the present invention are limited only by the scope of the added patent application. This kiss case corresponds to Patent Application No. 2003-192218 filed in the Japan Patent Office on July 4, 2000. The full disclosure of this application is incorporated by reference. [Brief Description of the Drawings] Fig. 1 shows the structure of a display device with a connector with a locking portion applied to one embodiment of the present invention. The diagram is an exploded perspective view. Fig. 2 (a) is a plan view of the connector with a locking portion, the picture is a front view, Fig. 2 (c) is a right side view, and Fig. 2 (d) is a bottom view. Figure 2 (the back view is shown. Figure 3 is a cross-sectional view taken along the line AA in Figure 2 (b). Figure 4 shows the state of the connector with the locking part and the connector with the wire attached to the connector on the wiring substrate side) Sectional view. Figure 5 is a cross-sectional view of an automatic packaging machine for explaining a connector with a locking portion. Figure 6 (a) (b) is a plan view of other connectors with a locking portion. Figure 7 ( a) (b) is a cross-sectional view for explaining another example of the structure of the lock part. [Description of the main component symbols] Display board wiring board electronic and electrical parts 1 2
2A 94086.doc 1235525 3 框體 3A 前側部 3B 後側部 1卜 12、 13 附鎖合部之連接器（基板側連接器） 21、 22 > 23 附電線之連接器 3卜 32、 33 電線 50 連接器護罩 51 壓入孔 51a 、51b 插入孔 51c 基端部收容部 52 接觸保持部 53 嵌合孔 55 接觸收容孔 56 中間壁 56A 第1面 56B 第2面 57 鎖合凸部 57a 導引傾斜部 57b 平坦面 57c 止動面 58 頂板壁 58a 被吸附面 59 鎖合扣合部插入孔 60 接觸點 94086.doc -22- 1235525 6卜62 挾持部 61a 壓接部 62a 扣止突起 63 基端部 64 基板連接部 70 吸附構件 75 補強接口 77 鎖合凹部 77a 止動面 78 鎖合段差部 80 護罩 81 本體部 82 鎖合扣合部 82a 支點部 82b 鎖合爪 82c 操作部 83 端子金屬零件收容孔 85 嵌合部 86 限制面 90 端子金屬零件 100 壓紋載波帶 101 載波帶本體 102 保護片 103 箱部 94086.doc -23 -2A 94086.doc 1235525 3 Frame 3A Front side 3B Rear side 1 12 12, 13 Connectors with locking parts (substrate-side connectors) 21, 22 > 23 Connectors with electrical wires 3, 32, 33 Electrical wires 50 Connector cover 51 Press-in holes 51a, 51b Insertion holes 51c Base end receiving portion 52 Contact holding portion 53 Fitting hole 55 Contact receiving hole 56 Intermediate wall 56A First surface 56B Second surface 57 Locking projection 57a Guide Leading and inclined portion 57b Flat surface 57c Stop surface 58 Top plate wall 58a Adsorbed surface 59 Locking and engaging portion insertion hole 60 Contact point 94086.doc -22- 1235525 6bu 62 Holding portion 61a Crimping portion 62a Locking protrusion 63 base End portion 64 Substrate connection portion 70 Suction member 75 Reinforcing interface 77 Locking recess 77a Stop surface 78 Locking step difference 80 Cover 81 Body portion 82 Locking engagement portion 82a Pivot portion 82b Locking claw 82c Operating portion 83 Terminal metal Parts receiving hole 85 Fitting part 86 Restriction surface 90 Terminal metal parts 100 Embossed carrier tape 101 Carrier tape body 102 Protective sheet 103 Box 94086.doc -23-