4^7 74 5 i I 〇 ：5 0 5 4 p i 1' A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（1 ) 發明領域 本發明是有關於一種設計來連接到多導性細長電續的 連接器，且特別是有關於一種設計來以更有效率且更精確 的方法，連接高密度多導性細長電纜中之導體的連接器。 習知技藝 細長電纜是一種在一單獨平面中有複數個導體彼此互 相臨接的電纜形式。一般來說，導體被包裝在一個有彈性 的絕緣材料中，例如樹脂塑膠，此材料跟隨位於細長電續 中平行，封閉間隔內的導體。細長電纜通常用於連接電腦 的元件。使用細長電纜的常見例子爲，連接個人電腦裡的 主機板與磁碟機。細長電纜也時常用來互相連接電腦與附 屬配備。 一般來說，連接器是用來互相連接電纜與各種裝置。 這些連接器有複數個設計來接觸細長電纜中之導體的接 點，接點也提供針腳來連接到匹配連接器或者印刷電路 板。一般來說，連接器包括了複數個接點，接點有一個絕 緣替代末端，此末端穿刺細長電纜中環繞導體的絕緣體， 並且接觸嵌入的導體；以及一個匹配區域來提供給匹配連 接器或印刷電路板之針腳使用的連接點。 典型的連接器通常外型是方形的，並且有一個空隙來 接納細長電纜，所以連接器會跨越細長電纜的寬度。此複 數個接點的絕緣替代末端被放置在連接器內，因此當連接 器被封閉在細長電纜附近時，絕緣替代末端會穿刺細長電 纜中環繞導體的絕緣體，並且與任一個在細長電纜中之導 ——；--i--ΓI-^裝—— (請先閱讀背面之注意事項再填寫本頁) -i1··: *訂 ό 本紙張尺度適用中國國家標率（CNS ) A4规格（210X297公釐）4 ^ 7 74 5 i I 〇: 5 0 5 4 pi 1 'A7 B7 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (1) Field of the invention The present invention relates to a design that is connected to polyconductivity Slim electrical connectors, and more particularly, to a connector designed to connect conductors in high-density, multi-conducting, slender cables in a more efficient and accurate manner. Conventional technology A slim cable is a form of cable in which a plurality of conductors are adjacent to each other in a single plane. Generally, the conductor is packaged in a flexible insulating material, such as resin plastic, which follows the conductor in parallel, closed spaces in an elongated electrical connection. Slim cables are often used to connect computer components. A common example of using a slim cable is to connect a motherboard in a personal computer to a drive. Slim cables are also often used to connect computers and accessories. Generally, connectors are used to connect cables with various devices. These connectors have multiple contacts designed to contact the conductors in a slim cable. The contacts also provide pins to connect to mating connectors or printed circuit boards. Generally, a connector includes a plurality of contacts. The contact has an insulating substitute end, which punctures the insulator surrounding the conductor in the elongated cable and contacts the embedded conductor; and a matching area is provided for the matching connector or printing Connection points for pins on circuit boards. A typical connector is usually square in shape and has a gap to accommodate the elongated cable, so the connector spans the width of the elongated cable. The insulated alternative ends of the plurality of contacts are placed in the connector, so when the connector is closed near the elongated cable, the insulated alternative ends will pierce the insulator surrounding the conductor in the elongated cable, and it will be the same as any of the elongated cables. Guide——; --i--ΓI- ^ 装 —— (Please read the precautions on the back before filling this page) -i1 ··: * Order This paper size is applicable to China National Standards (CNS) A4 specifications ( 210X297 mm)
4属7 7 4 5 »' i J e: 5 Π 5 4 p i ί 八1 Β7 五、發明説明（> ) 體形成電性連接。此複數個接點盡量擺放在連接器裡，使 得能與細長電纜中相對應的導體接觸並產生電性連接。 然而，目前用在較高密度細長電纜之可用的連接器遭 遇了許多的問題。一個此種問題起源於導體間相對應的小 尺寸，以及他們彼此之間相對接近的位置。在連接器中的 接點之間的差異必須要非常的精確，以確保任一個接點只 連接到所想連接的導體上。然而，由於製造上的差異導致 的結果，電纜裡的導體也傾向於有輕微的排列不齊。這會 導致接點與鄰近的導體產生不適當的接觸，或者是與想接 觸的導體無法產生恰當的接觸。因此，對於連接器而言， 能夠正確的排列與接點相對應的導體，以確保接點與導體 之間有較好的連結是必須的。 經濟部中央標準局員工消費合作杜印製 (請先鬩讀背面之注意事項再填寫本頁) 此外，連接器中被設計成與較高密度細長電纜連接的 接點尺寸通常比較小。關於這些較小接點的困難是，當連 接器連結到細長電纜的時候，此複數個接點的絕緣替代末 端就更可能被彎曲。當在高密度細長電纜中的導體更靠近 在一起的時候，會導致接點與所想連接導體之外的導體產 生電性連接。更進一步，當導體擺置更靠近在一起的時候， 連接器中的差異就得更小。重要的是，細長電纜中的複數 個導體要根據連接器來精確排列，以確保連接器中的複數 個接點能與導體產生良好的電性連接。因此，目前可用之 較高密度細長電纜連接器，在接點與導體之間的精確連結 更有問題的時候，就比較無法信賴。 習知技藝的另外一個問題是，製造與組合這些連接器 本纸張尺度適用中國國家標準（CNS ) A4規格（210X：297公釐） 457745 B7 A7 五、發明説明（歹） 的成本相對起來很高。淸楚的說’這些連接器通常使用了 擺置在連接器內，能與細長電纜中相對應的導體互相連接 處的多列接點。例如說，使用老舊的4〇導體細長電纜，就 可能會有兩列的2〇個接點擺放在連接器中，以能夠連接到 細長電纜的導體上。使用更高密度細長電纜的時候，通常 在連接器中會擺放有三或四列的接點，以連接到任一個細 長電纜導體上。 . 經濟部中央標準局負工消費合作社印製 {請先閱讀背面之注$項再填寫本頁) 連接器中更多數目的接點列’增加了連接器的組合成 本。淸楚的說，擺放在連接器中的接點通常是在複數個聚 集的列中。假如連接器設計有較多的接點列，那麼較多的 接點列必須擺放在連接器中相對應的放置處。例如，一個 連接到有68個導體，擺放在0.025英吋中心之細長電纜上 的單獨習知技藝連接器，可能會有四平行，擺放在〇」〇〇 英吋.之中心上的接點列，使得此四列分開的接點列與細長 電纜中的導體能產生電性接觸。這必須要讓裝置的組合器 在組合過程中，將四分開的接點列擺置到在連接器中形成 的放置處內。此外，通常只有擺置在連接器中之接點的兩 匹配區域列，能用來連接到外部連接器或印刷電路板。一 個有四.絕緣替代末端列之連接器總成是設計來與細長電纜 產生電性連接，但是僅僅兩匹配區域列，卻將連接器的總 成變得非常複雜。 更進一歩，任一個連接器之較大數目的接點列，也導 致了較高的製造成本。淸楚的說，任一個接點列需要鍍上 一層導電的材料，例如金。鍍金的成本與鍍金材料的末端 7 本紙張尺度適用中國國家標準（CNS > A4規格（21〇X297公釐） 457 745 經濟部中央標準局負工消費合作社印裝 A7 B7 五、發明説明（t ) 長度有高度相關。當任一個接點列有相同長度的時候，將 列的數目乘以4，會導致製造接點的鏟金成本增加四倍。 此外，連接器的全部成本，也因爲形成接點之基底材料使 用量較大而增加。 此外，漸增的導體密度也導致了接點的絕緣替代末端 擺置的更靠近臨接的導體。通常來說，會有環繞任一個導 體的絕綠材料，來提供與相鄰導體間的電性絕緣。當連接 器安裝在導體上的時候，任一個接點的絕緣替代末端會盡 量移走接點要連接之導體旁的絕緣體，但是仍然保留接點 與鄰近導體間的絕綠體，使得能避免與複數個導體間無意 中產生電性連接。 然而，隨著導體密度的增加，導體被越來越少量的絕 緣體所分隔。因此，當連接器被安裝在較高密度電纜上時， 在接點的絕緣替代末端與臨接導體間的絕緣體量就顯著的 變少。隨著在臨接導體間較少量的絕緣材料，當接點安裝 到導體上的時候，會導致導體更可能產生冷流動，使得臨 接導體可能接觸到接點的絕緣替代末端，藉此導致兩導體 產生短路。 淸楚的說，關於典型之習知技藝用在多重細長電纜上 的連接器，當接點的絕緣替代末端穿插過環繞於特別導體 的絕緣體時，此導體通常會被從臨接導體的平面向外推。 接點的絕緣替代末端通常以垂直於細長電纜導體平面的方 向插入，而且環繞導體的絕緣體與接點的絕緣替代末端之 間的交互作用，會導致將與接點咬合的導體被從臨接導體 8 (請先閲讀背面之注意事項再填寫本頁) 裝---- 訂 本紙浪尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 457745 l;ilc:M)54pii- 五、發明説明（夕） 的平面上移走。被擺置在接點之絕緣替代末端外緣與臨接 導體之間的絕緣體’由於接點的絕緣替代末端插入使得導 體從該平面上被替代，因此會導致絕緣體處在一個拉緊的 狀況下。這個拉緊的狀況會導致絕緣體在任一時間產生冷 流動’使得處於接點之絕緣替代末端外緣與臨接導體間的 絕緣體量不足以防止接點與臨接導體間的短路。 經濟部中央標準局員工消費合作社印製 一個習知技藝之多重細長電纜連接器所經歷更困難的 是，隨著電子裝置日益增加的複雜度，連接器通常會耗掉 電子裝置裡有限空間中的一顯著量。典型的習知技藝多重 細長電纜連接器通常有一放複數個接點的基底構件’使得 接點的絕緣替代末端從基底構件的第一邊緣向外仲展，並 且到接點的外部連接可經由基底構件的第二邊緣來達成= 承盤被盡量擺置臨接於基底構件的第一邊緣，而且承盤盡 量用來導引接點的絕緣替代末端進入該多重細長電纜的導 體中。因此，承盤通常會有複數個空隙來接納接點的絕緣 替代末端，使得接點的絕緣替代末端越過承盤的外層面而 露出來。連接器也包括了〜個遮蓋，遮蓋用來與導體的外 層面相臨接，以此定義—個用來在其中接納多重細長電纜 的多重細長電纜保留空間。 然而，通常習知技藝的連接器對於某些特別應用來說 太大了。連接器的某些形狀受到多重細長電纜的規定。淸 楚的說，連接器通常與多重細長電纜同寬’使得—接點可 以與任一在爭面的多重細長電纜中的導體相連接。然而’ 連接器的高度通常爲電子裝置的設計者帶來困難，因爲在 本紙張尺度適用中國國家標準（CNS)A4規格（210x297公楚） 467 74 554i)ii 五、發明说明（& ) 電子裝置裡板子的容量與空間，都必須能容納遮蓋，承盤， 以及基底構件總和的高度。在某些應用中，這會導致電子 裝置必須要做得更大以容納更大型的連接器，否者會導致 連接器非常的靠近表面，這將導致組合困難，或是甚至裝 置內的相鄰電子元件間產生短路。 從以上所述我們可以瞭解’一個設計來連接到高密度 細長電纜，比現有的連接器更便宜且更可信賴的連接器是 我們所·需要的。爲了這個目標’必須要有一個製作與組合 都較便宜的連接器，並且也較不會在安裝程序中，產生會 導致接點與高密度細長電纜中導體連接失誤的損害方式。 此外，我們需要一個提供加強接點與臨接連接器之間絕緣 的多重細長電纜連接器。而且’我們還需要有較小尺寸的 連接器。 綜合說明 上面所述的需求，都可以由本發明的連接器所滿足’ 此連接器在一個實施例中包括了’有複數個空隙在其中的 承盤；設計來臨接於承盤擺置的遮蓋構件’使得電纜接納 區域被定義在遮蓋構件與承盤之間；以及複數個接點’其 中此複數個接點有連接到媒介體的第一末端’以形成揆點 的第一末端單獨列，以及設計來與高密度細長電纜中導體 產生電性連接的第二末端。承盤與遮盖設計’使細長電續 接納空間包括接納細長電纜中任一個導體的導體空間。承 盤與遮蓋更設計來推動任一個導體進入導體空間裡的一個 固定方位’而且承盤有一個空隙來對應任一複數個接點’ 本紙張又度適用中國國家標準（CNS.) A4現格（210X297公釐） : ---Λ/i— f請先閲讀背面之注意Ϋ項再填寫本頁) 訂 經濟部中央標準局員工消費合作社印製 經濟部中央橾準扃舅工消費合作社印裝 4 577 4 5 1:ΐ1ο:5054ρϋ· Α7 Β7 五、發明説明（) 以引導接點進入導體空間，使得接點與置於此空間的導體 間產生電性接觸。 在一個實施例中，承盤的匹配表面以及遮蓋，有著與 環繞形成細長電纜之任一導體的絕緣體外型相符的凹入 處。當承盤與遮蓋被壓縮在一起的時候，凹入處與環繞任 一導體的絕緣體外型相咬合，以能精確的標示出導體空間 中導體的位置。承盤對應於任一導體空間，盡量有一個空 隙來接納此接點，並且導引此接點使得此複數個接點與所 有在細長電纜中的導體產生電性接觸。 在另外一個實施例中，承盤有空隙來接納任一接點的 絕緣替代末端。此空隙設計使得此複數個接點的絕緣替代 末端被限定於承盤的空隙中，以使絕緣替代末端能指向擺 放在細長電纜接納區域裡的細長電纜內之對應導體。更進 一步’定義細長電纜接納區域之承盤與遮蓋的表面，盡量 做成能符合環繞高密度細長電纜之絕緣體的外型。 當絕緣替代構件穿過承盤插進導體中時，遮蓋與承盤 被盡量的壓縮，以使得每個分別的導體都被置於由遮蓋與 承盤外型定義之空間的中央，而絕緣替代末端同時被推入 由遮蓋與承盤外型定義之空間內。具體的說，此複數個接 點也被擺置在推動任一接點的基底構件上，此基底構件使 得任一接點的絕緣替代末端被指示穿越承盤顯露於圍繞空 間的空隙。因此，承盤，遮蓋與基底的壓縮，導致在驅使 接點的絕緣替代末端進入導體的同時，導體被置於圍繞空 間的中央。這幫助了確保接點的絕緣替代末端，被指示僅 (請先閱讀背面之注意事項再填寫本頁) 訂' 本紙張尺度適用中國國家標準（CNS) A4規格（210><297公釐） A7 B7 4 δ 7 7 4 5 1' i k-; 5 0 5 -1 ρ ΐ Γ 五、發明説明（s) 能進入在高密度細長電纜中的適當對應導體內。 在一實施例中，被擺置在承盤中此複數個接點的末 端，是用來與導體產生接觸，並包括了至少一個與承盤中 空隙的內層面產生接觸的標籤。在任一接點上的標籤，被 放置與切割尺寸以使得，當此複數個接點被擺置在承盤中 時，標籤在壓縮細長電纜時支持並穩定承盤。標籤因爲遮 蓋與承盤被壓縮在一起而變形或進入承盤材料中，然而， 標籤在壓縮遮蓋與承盤的時候穩定承盤，藉此促進推動導 體’進入它們各自在由承盤與遮蓋定義之空間中的固定方 位裡。總而言之，標籤支持承盤，以藉此允許遮蓋被以較 大的力推動靠進承盤。 在另外一個實施例中，此複數個接點形成以使當接點 連接到媒介體的時候，它們定義第二末端的兩個平行列， 此平行列設計來安裝在承盤中，用在接下來到細長電纜裡 之導體的電性連接。可以瞭解的是，既然接點剛開始被擺 置在媒介體中’它們定義第二末端的兩個平行列，設計來 與細長電纜中的導體產生電性連接’所以本發明的連接器 總成就被簡化了。淸楚的說，必須擺置在承盤或是類似裝 置中的接點列數目減少了一半。更進〜步，既然有更多數 目的個別接點被擺置在一個單獨媒介體上，基底金屬的成 本’與將接點鑪上一類似金的導電材料的成本一樣，都因 此減少了。這個實施例的連接器也義羹包括了，萬一媒介 體被從此複數個接點的第一末端移除的時候，設計來接納 此複數個接點之第一末端的基底。 本紙張尺度適用中國國家標隼（CNS ) Α4規格（210X297公釐） ---：---”----- 人請先閲讀背面之注意事項再填寫本頁} 訂 經濟部中央梂準局員工消費合作社印裂 457745 I7 i I c ; 5 0 5 4 p i f A 7 B7 五、發明説明（γ) 以本發明的另外一個角度來看，我們提供了一個連結 連接器到高密度細長電纜上的方法。淸楚的說，複數個接 點，其中此複數個接點有第一末端與第二末端，並且被排 列使得任一接點的第一末端排成一個單獨列，並且連結到 媒介體上，而此複數個接點的第二末端定義了兩個分開的 平行列，被擺置在承盤中，使得此複數個接點之第二末端 的兩平行列被擺置在承盤的空隙中。連接到此複數個接點 之第一末端上的媒介體接下來就被移除，而接點的第一末 端接著被擺置在一基底構件內，基底構件則位於承盤的第 一邊緣上。高密度細長電纜接著被擺置臨接於承盤的第二 邊緣，並且遮蓋被擺置臨接於細長電纜的另一邊。接下來， 遮蓋，承盤以及細長電纜全部被壓縮在一起，以使得此複 數個接點之第二末端被推動穿越承盤中的空隙，以一種熟 知的方法取代環繞導體的絕緣體，並且與在高密度細長電 纜中之複數個導體產生電性接觸。 經濟部中央標準局員工消費合作社印製 (請先閲讀背面之注意事頃再填寫本頁) 可以瞭解的是，連結連接器到多導性電纜的方法被簡 化了，由於承盤的第一末端被連結到媒介體上，使得能排 列成一個單獨列的緣故，接點之兩個第二末端列能同時被 擺在承盤中。在一種較佳的合成方法中，承盤與遮蓋被設 計形成圍繞狀態，使得細長電纜在組合連接器的時候被壓 縮在它們之間。這導致導體被盡量準確的定位在承盤與遮 蓋之間的空間裡，以藉此促進此複數個接點之第二末端能 精確的擺置在細長電纜裡被選定的導體中。 在本發明中的另一方面，提供了有基底構件與遮蓋組 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） 457745 'i I c : 5 0 5 4 n i 1' A7 B7 五、發明説明（fp ) J.—·-----Λ裝— Vii' (請先閱讀背面之注意事項再娘寫本頁〕 合的連接器。在本發明的這一方面，基底構件與遮蓋定義 了電纜接納區域，並且基底構件的內層面與遮蓋盡量的形 成圍繞狀態，以用來爲每一個在多導性細長電纜中的導體 定義一個環繞的空間。在本發明的這一方面，連接器也包 括了複數個接點，接點擁有大小可以擺在基底構件中的絕 緣替代末端，並在連接器連結到細長電纜之前擺置到基底 構件中。在一實施例中，在將細長電纜壓縮到基底與遮蓋 構件的環繞表面之前，接點以及基底構件被製成可以使得 任一接點的絕緣替代末端能陷入於基底的尺寸，並當導體 在遮蓋與基底構件的壓縮中，被定位在環繞空間裡的時 候’使得接點的絕緣替代末端被保持在對應於任一導體所 需的方位上。 在本實施例中，基底構件本質上充當爲承盤，以保持 絕緣替代末端在它們對應於圍繞空間的適當位置裡；圍繞 空間用來接納導體，並且藉此促使導體中之絕緣替代末端 有正確的擺放位置。經由選擇接點的長度與基底構件的高 度’連接器總成的整體高度可以藉此減少，以適合連接器 在不同環境中的不同用法。 經濟部中央標準局員工消費合作社印裝 在本發明的另一方面，提供了一個適合用在多導性細 長電纜的連接器。在本發明的這一方面，連接器包括了複 數個接點，接點有絕緣替代末端，用來替代環繞於多導性 細長電纜之導體的絕緣體，並且電性連接到嵌入的導體 上°絕緣替代末端被設計使得，當連接器連結到多重細長 電纜上’並且接點之絕緣替代末端與細長電纜之導體相咬 本紙張尺度適用争國國家榛準（CNS ) A4规格（210X297公釐} 457745 經濟部中央標準局貝工消費合作社印製 Α7 Β7 五、發明説明（丨丨） 合的時候，盡量有較大量的絕緣體被保持在接點之絕緣替 代末端，以及組成多導性細長電纜之導體平面的臨接導體 之間。在這種排列方式裡，接點之絕緣替代末端盡量用來 在連接器安裝到多重細長電纜之後，減少任一時間裡絕緣 體的冷流動傾向。 在一個實施例中，任一複數個接點有包括兩齒的絕緣 替代末端。在任一齒的外層面，凹入處在成型在一個位置 上，此凹入處將在當連接器以絕緣替代末端與個別的導體 相連，安裝到多導性細長電纜上的時候，被放置在多導性 細長電纜內之導體平面上。凹入處被製成最好的大小’並 且做成輪廓，以用來增加在絕緣替代末端之外緣最接近表 面以及臨接導體間的絕緣體總量。這導致了較少的緊繃力 被施加到放置於接點與多導性細長電纜中臨接導體間的絕 緣體上，因此減少了任一時間中絕緣體冷流動的總量。 從以上的討論我們可以瞭解，本發明的連接器經由更 精確的定位導體來接納接點，改善了連接器到高密度細長 電纜的連結。更進一步，本實施例中連接器對複數個接點 的末端提供了更多的支持，接點用來連接到導體，藉此減 少第二末端會在連接器安裝過程中導致不正確連結的可能 性。連接器也減少了製造與組合連接器的成本。 此外，在繪示實施例中的連接器也能改成較小的尺 寸，但是到多導性細長電纜之導體的連接仍然十分可靠。 更進一步，連接器的一實施例被採用來提供在接點與多導 性細長電纜中，將臨接導體之間的絕緣性加強。本發明的 本紙锒尺度適用中國國家標準（CNS)A4规格（210X297公釐） ---_---^----γ^·'έ-- (請先閲讀背面之注意事項再填寫本頁) 訂 A7 B7 4 5 7 7 45 Γ eTV:: 五、發明説明（丨工） 這些以及其他的目標與優點，在底下所述與相關的圖式裡 將會完全淸楚的顯示出來。 (請先閱讀背面之注意事項再填寫本頁) 圖式說明 圖式之簡單說明： 第1圖繪示的是一連接器之實施例的一部分剖面透視 圖； 第2圖繪示的是第1圖之連接器的遮蓋的一透視圖； 第3圖繪示的是用在第1圖之連接器中的承盤的一透 視圖； 第4圖繪示的是第1圖之連撵器之基底構件的一透視 圖； 第5A-5C圖繪示的是擺置在組成第1圖之連接器一部 份之媒介體內的複數個接點的放大圖； 第6A-6C圖繪示的是顯示在第5A-5C圖中，複數個接 點之一的放大圖； 第7A-7C圖繪示的是第1圖之連接器到一個細長電纜 之連結的放大示意圖； 經濟部中央標準局員工消費合作社印製 第8A圖繪示的是第1圖之連接器的部分斷面圖，說 明此複數個接點到高密度細長電纜的連結； 第8B圖繪示的是第1圖之連接器的部分斷面圖，說 明在連接器到多導性細長電纜連結的時候，第5A-5C圖之 接點的一種較佳排列方式； 第9圖繪示的是當擺置在第1圖之連接器的基底與承 盤中時，複數個接點之排列方式的放大圖： 本紙張尺度適用中國國家標準（CNS > A4規格（210X297公釐） 經濟部中央標準居員工消費合作社印製 rwM ......... ....... .......... 467745 A7 1·' i l e : 5 0 5 4 |i i f 五、發明説明（卩） 第iO A-10D圖繪示的是本發明之一連接器的另一實施 例之放大圖，以總成與分離的狀態說明連接器的此一實施 例； 第〗1A-11C圖繪示的是，說明用在第1圖或是第 10A-10C圖的連接器裡，複數個接點之第二實施例的排列 方式之放大圖； 第12A-12C圖繪示的是，更進一步說明第11A_11C圖 之接點的放大圖；以及 第13A和13B圖繪示的是，當擺置在基底構件之內’ 並且連接到多重細長電纜導體集合之導體上時’第11 A_ lie圖之接點的斷面圖式。 牛要元件標號. 100,300 :連接器 102 :基底構件 104 :遮蓋 106 :承盤 120 :電纜接納區域 121 :絕緣體 122 :細長電纜 124 :導體 126 :導體空間 134:絕緣替代末端 136 :刀鋒 140 :匹配區域 -----:------ ,v. (請先聞讀背面之注$項再填寫本頁) 訂 本紙張尺度逍用中國國家襟準（CNS ) A4規格（210X297公釐） A7 B7 5i)54pil 五、發明説明（丨ΐ ) 180,344 :媒介體 194 :刻溝 197 :刀鋒邊緣標籤 211 :凸緣區域 302 :基底構件 304 :遮蓋構件 3 0 9 :細長電續接納區 324 :鎖定構造 360 :線軸 370a,b :刀鋒 實施例 在參考這些圖式的時候，同樣的部份以相同的數字來 /表示。從第1圖開始，是連接器100與一個以將於底下描 述的方法連接到遮蓋104的基底構件102，以及一個介於 基底構件102與遮蓋104之間的承盤106 =遮蓋104有一 個滿佈大量凹入處Π2的內層面，此複數個凹入處是用來 接納位於細長電纜122中，環繞於任一個別導體124旁的 隆起絕緣體121。同樣的，承盤106也包括一個滿佈大量 凹入處116的內.層面114，此複數個凹入處是用來接納位 於細長電纜〗22中，環繞於任一個別導體旁的隆起絕緣體 121。總合來說，遮蓋104的內層面110與承盤106的內層 面114定義爲一個細長電纜122的接納區域120。 如同底下即將更詳細說明的方法，細長電纜122配置 在接納區域120中，而凹入處112以及Π6，是設計來將 本紙張尺度適用中國國家樣準（CNS ) A4規格（210X297公釐） (請先聞讀背面之注意事項再4(寫本頁) 訂 經濟部中央標準局貝工消費合作社印製 457745 :i I c: 5 U 5 4 p i! A7 B7 經濟部中央標隼局貝工消资合作社印黎 五、發明説明（ο 細長電纜12 2分別依據遮蓋104的內層面110與承盤10 6 的內層面丨14安排成—固定方位。淸楚的說，凹入處112 及116是設計來將各導體124擺在凹入處η2及1 16間的 空間126之中。所以，當細長電纜U2陷入在遮蓋1〇4與. 承盤106之間的時候，任—在細長電纜122中的導體124， 都被固定在對應於遮蓋104與承盤1〇6的精確位置上。 典型的高密度細長電纜有複數個的導體或電線124, 此複數個導體被排列的如同互相平行分隔，並被絕緣體所 環繞。絕緣體是沿著任—導體124，形成如第1圖中隆起 處121的樹脂塑膠製絕緣體。絕緣體更提供了任一個導體 124之間的絕緣。在本實施例中，連接器100是設計來接 納高密度的細長電纜，此電纜結合了擺置在約0.025英吋 之中心區域上的複數個導體(在本例中，有68個）。. 如同顯示在第1圖中的部分區塊剖面圖，複數個接點 130以此複數個接點能與導體124和細長電纜122產生電 性接觸的排列來連接於基底102中。在本實施例中，接點 Π0排列成有四排平行的絕緣替代末端，來與導體124以 及細長電纜122相接。然而，根據參考第9圖而將在底下 更詳細說明的情形，接點130會排列成兩平行的匹配區域 Μ0，此區域位於連接器的基底102中。 第1圖同時也顯示了接點130的基本排列型式。接點 13〇的排列型式將在後面更詳細的描述，而在第I圖，顯 不了接點1 3 〇有絕緣替代末端1 3 4與匹配區域1 4 0。絕緣 替代末端134包括了兩刀鋒136。刀鋒136以一種眾所熟 本紙張尺度適用中國國家標準（CNS) A4規格（210X297公釐） (請先閣讀背面之注意事項再填寫本頁) .裝· 訂 經濟部中央標準局員工消費合作社印製 457745 [：ik：M)54Pir A7 B7 五、發明説明（lb) 知的方法來取代環繞在細長電纜122中導體124旁的絕緣 體121，使得刀鋒136的內層面可以與陷在空間126中的 導體124相接觸。在第1圖中，環繞在導體124旁的絕緣 體121由於舉例的關係所以被剝除了，然而，我們了解接 點130會以一種眾所熟知的方法取代絕緣體，以接觸導體 124。更進一步，匹配區域經由空隙142顯露出來（參照第9 圖），使得針腳或是針腳接觸部分得以放在空隙142中，與 接點Γ30產生電性接觸。其中接點Π0的真實排列型式將 在底下更詳細的加以描述。 第2圖更詳細的顯示了遮蓋構件104。如同顯示在第1 圖之中的，細長電纜122沿著遮蓋構件104的縱長放置， 使得在細長電纜122中的導體124能盡量被擺在遮蓋104 的內層面110的凹入處114中間。 如同第2圖所示，複數個空隙144盡量透過遮蓋構件 104成形。空隙144被隔開，以接納接點130之絕緣替代 末端Π4的刀鋒136。淸楚的說，在刀鋒136穿過位於細 長電纜122中環繞導體124的絕緣體之後，刀鋒136盡量 以顯示在第1圖中的方法伸展至空隙144中。因此，空隙 144盡量的在以空隙144所定羲的空間中抓住刀鋒136,使 得在鄰近接點130上之刀鋒136比較不會因爲在將接點插 入，或是稍後對連接器所作處理的時候產生彎曲，而 與臨接之接點130相接觸。因此，在該遮蓋上有四列空隙 144,它們是設計來接納接點130之絕緣替代末端134的刀 鋒 136.。 (請先閲讀背面之注意事項再填寫本買) ,..v *τ 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央標準局貝工消費合作社印製 4 &7 7 4 5 t l· ΪI c ： 5 Ο ί 4 p i 1' A7 B7 五、發明説明（丨1 ) 在遮蓋104的兩個末端147a和147b，有兩個從遮蓋/ 10'4之內層面110伸展出來的區塊148a和148b。兩個區塊 148a以及148b，是用來將遮蓋104以一種後面即將更詳細 說明的方法，固定在承盤106以及基底構件102之上。 第3圖將承盤106更詳細的顯示出來。第3圖顯示了 承盤106的內層面104與凹入處116。淸楚的說，在本實 施例中有68個凹入處116形成於承盤106的內層面104 之上。承盤106被作成能以如第1圖的方式與遮蓋的內層 面110相連接的形狀。如同也顯示在第3圖的圖形，有複 數個空隙154穿越承盤106，如此各凹入處116都有一個 單獨的空隙154在內部成形。承蓋106中的空隙154，與 遮蓋構件104中的空隙144有同樣的型態。淸楚的說，空 隙154是設計來接納接點130中的絕緣替代末端134，並 且用來導引絕緣末端134進入適當的空間126,藉此與細 長電纜122中的適當導體124產生電性連結。如同第3圖 所顯示，在承盤106的內層面114上，每個凹入處116就 有一個空隙154。更進一步，空隙154是被妥善放置在間 隔爲0.01英吋之中心的各列上。空隙154的整體型態是設 計來使得任一列的相鄰空隙154,都能對應到細長電纜122 內的任一第四個導體124。 承盤106保證接點130的絕緣替代末端134都保持在 它們預期的方位上，以使得刀鋒136分別置放於如第1圖 所示的方法，由凹入處Π2以及116定義的適當空間I26 裡。可以瞭解的是，若要強迫刀鋒132穿越細長電纜I22 本紙張尺度適用中國國家標準（CNS >A4規格（210 X297公釐） —^---y----Λ —裝-- (請先閲讀背面之注意事項再填寫本頁) 訂· 經濟部中央標準局貝工消費合作社印袋 457 745 |-*ilc:5〇54pir A7 B7 五、發明説明（γ) 上的絕緣體121 ’來與細長電纜122中的任一導體124相 連接，我們必須經由基底102來對接點13〇施加一可觀的 力。這個力量會導致接點130受到彎曲’因此接點130的 絕緣替代末端134，與在空間126中的對應導體〖24無法 產生電性接觸，但在事實上，可能會造成與相鄰導體間預 期外的接觸。然而，承盤丨〇6是設計來要以參考第7A-7C 圖’即將在後面更詳細描述的方法’來導引刀鋒136進入 適當導體124的。 如同也顯示在第3圖中’兩根支柱162a以及162b從 承盤106的一個外層面160上的末端16 la與161b伸展出 來。支柱162a與162b是用來把承盤固定在基底.102上’ 而且遮蓋104以參考第7A-7C圖，即將在後面更詳細描述 的方法，來固定在承盤上。 連接器100的基底1〇2被繪示於第4及第7A-7C圖 中。特別參考第4圖，上面繪示了連接器100之基底的一 個內層面166。有兩列成形於基底102之內層面1 66的空 隙丨43。在本實施例中的空隙143通常是方形的，並且是 設計來接納任一接點130之匹配區域140的。淸楚的說， 接點130的匹配區域140向上伸展進入空隙丨43 ,進入基 底1 02的內側，並且被盡量設計成用來接觸從匹配連接器 來的接腳，匹配印刷電路板，或者用於經由在基底102之 外層面107上的空隙142(第9圖），連接細長電纜的任一裝 置。如同第4圖所示，有二包括34個空隙的列，提供了存 取68個接點130的匹配區域140的路徑。然而可以瞭解的 I.---i----「裝-- ,ί (請先閱讀背面之注意事項再填寫本頁) -、tr -〇線 V V'- 本紙張尺度適用中國國家標準（CNS ) A4規格U10X297公釐） 457 74 5 i i 〇 : 5 (J 4 p i A7 B7 經濟部中央標準局貝工消費合作社印製 五、發明説明（丨1 ) 是，空隙143之精確的型態與放置點可以根據連接器100 的使用而變化。 如同也顯示在第4圖中，連接器100之基底構件1〇2 的兩個末端168a與16Sb ’包括了放置在基底構件102邊 緣的一連結溝紋170與一閂鎖構件172。連結溝紋170設 計成接納承盤1〇6的支柱162a與16Zb來保留承盤106， 如此承盤106的表面160被以一種眾所熟知的方法放置在 臨接基底102之表面166的地方。同樣的，向外伸展的部 分172a與172b也被設計來與遮蓋104的區塊148a與148b 相協調，如此遮蓋104的內層面110被以一種眾所熟知的 方法放置在臨接承盤106之內層面114的地方。可以瞭解 的是，用來將基底102，遮蓋104與承盤106以第1圖所 示方法固定在一起的精確技巧，在不脫離本發明精神的前 提下，可以使用任一種能固定連接器各構件之許多眾所熟 知的方法。 第5A_5C圖以及第6A-6C圖更詳細的顯示了複數個接 點13〇的形狀。如同第5A圖所示的，複數個接點130最 初連接於媒介體180。淸楚的說，任一複數個接點130的 匹配區域140之第一末端182連接到媒介體180。媒介體 180與匹配區域140的第一末端182之間的連結，以底下 將詳細描述的方法，適當的穿孔讓我們能輕易從複數個接 點130上來移除媒介體180。此複數個接點130被適當的 以熟知的方法用導電材料做成，而且也適當的以一種熟知 的方法鍍上導電材料，例如金。 本紙張尺度適财n财鱗（C叫Α4· ( 2獻297公酱） .(請先閲讀背面之注Ϊ項再填寫本頁) 衮. 訂 457745 經濟部中央標準局員工消費合作社印製 A7 B7 五、發明説明（邛） 匹配區域130被延長而且被設計來往內伸展到連接器 100的基底102之內，如此能以參照第9圖，將在後面描 述的一種方法，來讓外部的接觸點加以利用。在本實施例 中，匹配區域140包括了一個彎曲的區域185，此區域插 入於匹配區域H0的第一末端182與第二末端184之間。 任一接點130之匹配區域140的第二末端184 ,連接到任 一接點130的中心區域186。中心區域186比匹配區域H0 的第二末端184還寬，因此邊緣190是定義成，在接點130 中，匹配區域140與中心區域186之間的交界面上。 中心區域186包括了下層瓶頸部分156與上層瓶頸部 分192，以刻溝194來分隔。刻溝194從中心區域186的 側邊往外伸展，所以比下層與上層瓶頸部分156與192還 寬。鄰近瓶頸部分156之刻溝194的邊緣195a ’ 19汕’藉 以適當的角度，可以協助將刻溝194適當的置放於承盤106 與基底102的空隙中。刻溝以將於底下更詳細說明的 方法，牢牢的鎖定位於承盤106與基底102之接點U0中 心區域186的位置。 兩刀鋒136以第5A圖所示的方法，從中心區域18.6 的下層瓶頸區域156往外伸展。兩刀鋒136被分隔開來’ 我們定義此空隙138爲，當細長電纜122中的導體124被 .如第1圖所示的方法，放置在兩刀鋒136之間的時候’兩 刀鋒1.36的內部邊緣與導體124會產生實體接觸’這種適 當的大小爲其空間。兩刀鋒136的外部尖端139被適當的 削尖，以協助擺放導體124在空隙138中的位置。 —;—U----裝— (請先閱讀背面之注意事項再填寫表頁) 訂· -4α. 本紙張尺度適用中國國家橾準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消費合作社印裝 457745 l: i i ti ： 5 0 ί 4 p i Γ A7 B7 五、發明説明（2丨） 第5A圖也繪示了在任一接點130之兩刀鋒136的外 部邊緣上的邊緣標籤197。邊緣標籤197從兩刀鋒136往 外伸展一段小距離，此距離比從接點13〇之中心部分的刻 溝194往外伸展的距離稍微短一點。在接觸遮蓋104，與 以參照第8B圖，即將在底下更詳細說明的方法來壓縮多 導性電纜122的時候’邊緣標籤197用來穩定承盤106。 第5B及5C圖顯示了複數個接點130的特別獨特的部 分。淸楚的說，在一個接點130的單獨列中，相鄰的接點 i 30a和l；3〇b的絕緣替代末端134,從媒介體180所定義的 軸線分支出來，形成絕緣替代末端134a與134b兩條平行 列D淸楚的說，參考第5B圖，接點130a的絕緣替代末端 134a放置在由媒介體180定義的軸線之下，而下一個臨接 的接點130b的絕緣替代末端134b則放置在由媒介體180 定義的軸線之上。然而，任一接點130的匹配區域140連 結到媒介體180上，使得匹配區域140被排列成如第5B 與5C圖所示的單獨平行列。在本實施例中，有接點130 之17個絕緣替代末端134的兩平行列，與連接於單獨媒介 體180上，34個匹配區域140的一個單獨列。這種複數個 接點130的排列方式，如同我們即將在底下討論的方式， 簡化了本實施例中連接器100的總成。 第5C以及6A-6C圖顯示了更詳細的複數個接點中任 一個別接點130的外型。淸楚的說，如同第5C圖所繪示， 接點130之匹配區域140的第一末端182，在連接到到媒 介體180的點上彎曲至第一方向，並以之定義接觸面183。 本紙張尺度適用中國國家標準（CMS ) Μ規格（210X297公嫠） (請先閲讀背面之注意事項再填寫本頁) •裝· 訂- A7 B7 457 745 J; i I c : 5 0 ^ 4 p i 五、發明說明（公） (請先閱讀背面之注意事項再填寫本頁> 接觸面183是外部連接器與接點130之間作爲介面最好的 部分，此部分用來與細長電纜122中之導體124產生電性 接觸。匹配區域140接下來被轉到第二個方向，直到它到 達接點13〇中彎曲的區域185。如同將在底下更詳鄉描述 的’這導致了定義接觸面183的第一末端182偏向申心， 進入基底1〇2中，用來接納針腳或從外部連接器來的連接 器所用的空隙142。 任一接點130都包括有上述接觸面183的外型，中心 區域186的外型以及絕緣替代末端134的外型。然而，接 點130a以及130b之匹配區域140的第二末端184a與 184b，是以不同的設計，來將絕緣替代末端！34a與134b 放置在如第5B圖所示的兩平行列中。淸楚的說，接點130 之匹配區域M0的第二末端184，有如顯示在圖5C，6B與 6C的兩種外型。 經濟部智慧財產局員工消費合作社印製 參考圖6B，接點130b的第二末端184b被輕微的彎曲 到第一方向，然後纏在接點130之中心區域186上。相對 的’如同第6C圖所繪示的，在接點130a上的第二末端184a 的外型被彎曲到指向面183的相反的第二方向，以使接點 13〇3與130b以顯示在第5C圖中的方法互相分離開來。接 點130之中心區域186的外型，在不考慮接點130之匹配 區域140的第二末端184外型的前提下，大體上是相同的。 接點Π0之匹配區域140的第二末端184a與18外的 兩種外型，導致接點130之中心區域186可以放入位於承 _盤106之空隙154的兩相鄰平行列之中（如第3圖）。因此， 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐〉 4 5 ? 7 4 5 I·' i I c : 5 0 5 4 p i ]' A7 4 5 ? 7 4 5 I·' i I c : 5 0 5 4 p i ]' A7 經濟部智慧財產局員工消費合作社印製 B7 五、發明說明（4) 當複數個針腳130連接到媒介體18〇時，它們的外型導致 匹配區域140有一個單獨列，而且有絕緣替代末端134的 兩分隔列。絕緣替代末端134的兩列，可以放置在承盤1〇6 內’兩列分隔開來的空隙154之中，並藉以讓絕緣替代末 端134與細長電纜122內之導體124產生電性連接。 參考第7A-7C圖，將會更詳細的描述本實施例中連接 器的組態。淸楚的說，參考第7A圖，複數個連接到 媒介體180的接點130，一開始就被放置成，使得17個接 點130能被放置到承盤1〇6中的空隙154的第一列（第3 圖）’以及I7個接點Π0的第二列能被放置到承盤106的 口個空隙B4的第二列之中。與媒介體18〇連接的第二複 數個34個接點130(沒有顯示在第7A圖中），大體上與第 一複數個接點相同，也放置在承盤106中的另兩列空隙154 裡。任一接點130之中心區域186被盡量放置於空隙154 之內，因此使得，絕緣替代末端134大體上可以用顯示在 第7A與7B圖中的方法，來臨接放置於承盤1〇6之內層面。 接下來，媒介體180就從任一複數個接點130之接觸 末端H0的第一末端182上移除。如上所述，匹配區域140 與媒介體180之間的介面，都盡量的加以刻痕或削弱，以 允許媒介體180能夠輕易的從接點130之匹配區域140的 末端182上移除。此複數個接點130的匹配區域140接下 來被放置於基底〖02之表面166的空隙143中。如第4圖 所示，有34個空隙143的兩平行列，其中任一列是被設計 來接納複數個接點130中的匹配區域140。如第7B圖所 ---.--------rv 裝---- (請先閱讀背面之注意事項再填寫本頁)4 genus 7 7 4 5 »'i J e: 5 Π 5 4 p i ί 8 1 Β7 V. Description of invention (>) The body forms an electrical connection. The plurality of contacts are placed in the connector as much as possible so that they can contact the corresponding conductors in the slender cable and make an electrical connection. However, currently available connectors for higher density slim cables suffer from many problems. One such problem stems from the corresponding small size of the conductors and their relative closeness to each other. The difference between the contacts in the connector must be very precise to ensure that any contact is connected only to the conductor to which it is intended. However, as a result of manufacturing differences, the conductors in the cable also tend to be slightly misaligned. This can cause the contacts to make inappropriate contact with nearby conductors, or make inadequate contact with the conductors they want to contact. Therefore, it is necessary for the connector to correctly arrange the conductors corresponding to the contacts to ensure a good connection between the contacts and the conductors. Printed by the staff of the Central Bureau of Standards of the Ministry of Economic Affairs for consumer cooperation (please read the precautions on the back before filling out this page). In addition, the size of the contacts in the connector designed to connect with high-density slim cables is usually small. The difficulty with these smaller contacts is that when the connector is attached to an elongated cable, the insulation-replacement ends of the plurality of contacts are more likely to be bent. When the conductors in a high-density slender cable are brought closer together, this can cause the contact to be electrically connected to a conductor other than the conductor to be connected. Furthermore, as the conductors are placed closer together, the differences in the connectors are smaller. It is important that the plurality of conductors in the slender cable are precisely arranged according to the connector to ensure that the plurality of contacts in the connector can make a good electrical connection with the conductor. Therefore, the currently available higher density slim cable connectors are less reliable when the precise connection between the contact and the conductor is more problematic. Another problem with conventional techniques is that the paper size for manufacturing and assembling these connectors conforms to the Chinese National Standard (CNS) A4 specification (210X: 297 mm) 457745 B7 A7 5. The cost of the invention description (歹) is relatively high high. It ’s easy to say ‘these connectors usually use multiple rows of contacts that are placed inside the connector and can be connected to corresponding conductors in a slender cable. For example, using an old 40-conductor slender cable, there may be two rows of 20 contacts placed in the connector to be able to connect to the conductor of the slender cable. When using higher density slim cables, three or four rows of contacts are usually placed in the connector to connect to any of the long and thin cable conductors. Printed by the Central Standards Bureau, Ministry of Economic Affairs, Consumer Cooperatives {Please read the note on the back before filling this page) A larger number of contact rows in the connector ’increases the combined cost of the connector. To put it bluntly, the contacts placed in the connector are usually in a plurality of clustered columns. If the connector design has more contact rows, then more contact rows must be placed in the corresponding place in the connector. For example, a single conventional art connector connected to a slender cable with 68 conductors placed at a center of 0.025 inches may have four parallel connections placed at a center of 0 inches. The point sequence enables the four separate contact sequences to make electrical contact with the conductors in the elongated cable. This requires the device's combiner to place four separate contact rows into the place formed in the connector during the assembly process. In addition, there are usually only two mating area columns of contacts placed in the connector that can be used to connect to external connectors or printed circuit boards. One connector assembly with four insulation replacement end columns is designed to make an electrical connection with a slender cable, but only two matching area columns make the connector assembly very complicated. Further, the larger number of contact rows of any one connector also results in higher manufacturing costs. Clearly, any contact row needs to be plated with a conductive material, such as gold. The cost of gold plating and the end of the gold-plated material ) The length is highly related. When any contact row has the same length, multiplying the number of rows by 4 will cause the cost of manufacturing the contact to increase by four times. In addition, the overall cost of the connector is also due to the formation The base material of the contact is used more and more. In addition, the increasing conductor density has also led to the insulation of the contact instead of the conductor placed closer to the end. Generally speaking, there will be an insulation surrounding any conductor. Green material to provide electrical insulation from adjacent conductors. When a connector is mounted on a conductor, the insulation replacement end of any contact will try to remove the insulator next to the conductor to which the contact is connected, but it remains The adiabatic body between the contact and the adjacent conductor makes it possible to avoid unintentional electrical connection with a plurality of conductors. However, as the density of the conductor increases, the conductor is less and less Therefore, when the connector is installed on a higher-density cable, the amount of insulation between the insulation replacement end of the contact and the adjacent conductor is significantly reduced. A small amount of insulating material, when the contact is installed on the conductor, will cause the conductor to be more likely to produce cold flow, so that the adjacent conductor may contact the insulation instead of the end of the contact, thereby causing a short circuit between the two conductors. That is to say, with regard to the connector of a typical conventional technique used on a multi-slender cable, when the insulation of the contact replaces the end through the insulator surrounding the special conductor, the conductor is usually pushed outward from the plane adjacent to the conductor. The insulated alternative end of a contact is usually inserted perpendicular to the plane of the elongated cable conductor, and the interaction between the insulator surrounding the conductor and the insulated alternative end of the contact will cause the conductor that will engage the contact to be removed from the adjacent conductor 8 (Please read the precautions on the reverse side before filling out this page) Loading ---- The size of the paper is applicable to China National Standard (CNS) A4 (210X297 mm) 457745 l; ilc: M) 54pii- 5. The description of the invention (Xi) is removed on the plane. The insulator placed between the outer edge of the insulation replacement end of the contact and the adjacent conductor. The insulation replacement end of the contact is inserted to make the conductor replaced from this plane, which will cause the insulator to be in a tight condition. . This tightening condition will cause the insulator to produce cold flow at any time, 'so that the amount of insulator between the outer edge of the end of the insulation substitute terminal and the adjacent conductor is not sufficient to prevent a short circuit between the contact and the adjacent conductor. The Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs has experienced the difficulty of printing a multi-slender cable connector with conventional skills. With the increasing complexity of electronic devices, the connectors usually consume the limited space in the electronic devices. A significant amount. A typical conventional multi-slim cable connector usually has a base member that holds a plurality of contacts, so that the insulation-replacement ends of the contacts extend outward from the first edge of the base member, and the external connection to the contacts can pass through the base. The second edge of the component is reached = The holder is placed as close to the first edge of the base member as possible, and the holder is used to guide the insulation of the contact instead of the end into the conductor of the multiple elongated cable as much as possible. Therefore, the base plate usually has a plurality of gaps to receive the insulation replacement ends of the contacts, so that the insulation replacement ends of the contacts are exposed beyond the outer layer of the base plate. The connector also includes ~ coverings, which are used to adjoin the outer layer of the conductor, which is defined as a multiple elongated cable reserved space for receiving multiple elongated cables therein. However, commonly known connectors are too large for some particular applications. Certain shapes of connectors are specified by multiple slim cables. To put it bluntly, the connector is usually the same width as the multiple elongated cable, so that the contact can be connected to any of the conductors in the multiple elongated cable in the competition. However, the height of the connector usually brings difficulties for designers of electronic devices, because the Chinese National Standard (CNS) A4 specification (210x297) is applicable at this paper size. 467 74 554i) ii 5. Description of the invention (&) Electronics The capacity and space of the board in the device must be able to accommodate the height of the cover, the tray, and the sum of the base members. In some applications, this will cause the electronic device to have to be larger to accommodate a larger connector, or it will cause the connector to be very close to the surface, which will cause assembly difficulties, or even adjacent electronics within the device. A short circuit occurred between components. From what has been said above, we can understand that 'a design to connect to high-density slim cables, which is cheaper and more reliable than the existing connectors, is what we need. To this end, it is necessary to have a connector that is cheaper to make and assemble, and less likely to cause damage during the installation process that would cause the connection of the contacts to the conductors in the high-density slender cable. In addition, we need a multi-slim cable connector that provides insulation between the reinforced contacts and the adjacent connectors. And ‘we also need smaller connectors. In summary, the above-mentioned needs can be satisfied by the connector of the present invention. 'This connector includes, in one embodiment, a' receiving plate having a plurality of gaps therein; a covering member designed to be placed on the receiving plate. 'Make the cable receiving area defined between the cover member and the carrier; and a plurality of contacts' 'wherein the plurality of contacts have a first end connected to the media' to form a separate column of first ends of the puppet points, and A second end designed to make an electrical connection to a conductor in a high-density elongated cable. The design of the support plate and the cover 'allows the elongated electric continuous receiving space to include a conductor space for receiving any one of the conductors of the elongated cable. The support plate and cover are more designed to push any conductor into a fixed orientation in the conductor space, and the support plate has a gap to correspond to any number of contacts. This paper is again applicable to China National Standard (CNS.) A4. (210X297 mm): --- Λ / i— f Please read the note on the back before filling in this page) Printed by the Central Consumers ’Cooperative of the Ministry of Economic Affairs and printed by the Central Procurement Workers’ Cooperative of the Ministry of Economic Affairs 4 577 4 5 1: ΐ1ο: 5054ρϋ · Α7 Β7 V. Description of the invention () To guide the contacts into the conductor space, so that the contacts make electrical contact with the conductors placed in this space. In one embodiment, the mating surface and cover of the carrier have recesses that conform to the shape of the insulation surrounding any of the conductors forming the elongated cable. When the support plate and the cover are compressed together, the recesses engage with the outer shape of the insulation surrounding any conductor, so that the position of the conductor in the conductor space can be accurately marked. The support plate corresponds to any conductor space. As much as possible, there is a gap to receive this contact, and the contact is guided so that the plurality of contacts make electrical contact with all the conductors in the elongated cable. In another embodiment, the carrier has a gap to receive an insulated alternative end of any contact. This gap design allows the insulated replacement ends of the plurality of contacts to be confined in the gap of the tray so that the insulated replacement ends can point to the corresponding conductors in the elongated cable placed in the elongated cable receiving area. Going further 'defines the receiving and covering surface of the slender cable receiving area, as far as possible to conform to the shape of the insulator surrounding the high-density slender cable. When the insulation substitute member is inserted into the conductor through the plate, the cover and the plate are compressed as much as possible so that each individual conductor is placed in the center of the space defined by the cover and the shape of the plate. The end is simultaneously pushed into the space defined by the cover and the shape of the plate. Specifically, the plurality of contacts are also placed on a base member that pushes any of the contacts, and the base member causes the insulated substitute end of any contact to be instructed to be exposed through the support plate to the space surrounding the space. Therefore, the compression of the support plate, the cover and the substrate causes the conductor to be placed in the center of the surrounding space while driving the insulation of the contact instead of the end into the conductor. This helps to ensure that the insulation of the contact is replaced by the end, which is instructed to only (please read the precautions on the back before filling out this page) Order 'This paper size applies to the Chinese National Standard (CNS) A4 specification (210 > < 297 mm) A7 B7 4 δ 7 7 4 5 1 'i k-; 5 0 5 -1 ρ ΐ Γ 5. Description of the invention (s) Can enter into appropriate corresponding conductors in high-density slender cables. In one embodiment, the ends of the plurality of contacts placed in the tray are used to make contact with the conductor and include at least one label that comes into contact with the inner layer of the gap in the tray. The label on any of the contacts is placed and cut to a size such that when the plurality of contacts are placed in the carrier, the tag supports and stabilizes the carrier when the elongated cable is compressed. The label is deformed or enters into the material of the cover because the cover and the plate are compressed together. However, the label stabilizes the plate when the cover and the plate are compressed, thereby promoting the pushing of the conductors into their respective definitions by the plate and cover. In a fixed position in space. All in all, the label supports the tray, thereby allowing the cover to be pushed into the tray with greater force. In another embodiment, the plurality of contacts are formed so that when the contacts are connected to the medium, they define two parallel rows at the second end, and the parallel rows are designed to be installed in the tray and used in the joint. Electrical connection of a conductor coming down into a slender cable. It can be understood that since the contacts are initially placed in the medium, 'they define two parallel columns at the second end, and are designed to make an electrical connection with the conductor in the elongated cable', so the total achievement of the connector of the present invention Has been simplified. To put it bluntly, the number of contact rows that must be placed on a plate or similar device has been reduced by half. Going one step further, since more contacts are placed on a single medium, the cost of the base metal is the same as the cost of a gold-like conductive material on the contact furnace. The connector of this embodiment also includes a substrate designed to receive the first end of the plurality of contacts in the event that the medium is removed from the first end of the plurality of contacts. This paper size applies to China National Standard (CNS) Α4 size (210X297 mm) ---: --- "" -------- Please read the notes on the back before filling this page} Order by the Ministry of Economic Affairs Bureau employee consumer cooperative printed 457745 I7 i Ic; 5 0 5 4 pif A 7 B7 V. Description of the invention (γ) From another perspective of the present invention, we provide a connection connector to a high-density slim cable It is clear that there are a plurality of contacts, wherein the plurality of contacts have a first end and a second end, and are arranged so that the first end of any contact is arranged in a separate column and connected to the medium. On the body, and the second end of the plurality of contacts defines two separate parallel rows, which are placed in the plate, so that the two parallel rows of the second end of the plurality of contacts are placed on the plate The intermediary connected to the first end of the plurality of contacts is then removed, and the first end of the contact is then placed in a base member, which is located on the base plate. On the first edge. High-density slender cables are then placed next to It is connected to the second edge of the tray, and the cover is placed next to the other side of the elongated cable. Next, the cover, the tray and the elongated cable are all compressed together so that the second end of the plurality of contacts It is pushed through the gap in the support plate, replacing the insulator surrounding the conductor in a well-known way, and making electrical contact with the multiple conductors in the high-density slender cable. Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs (please first Read the notes on the back and fill in this page.) It can be understood that the method of connecting the connector to the multi-conductor cable is simplified. Since the first end of the holder is connected to the medium, it can be arranged into a single For the sake of the row, the two second end rows of the contacts can be placed in the holder at the same time. In a better synthetic method, the holder and the cover are designed to form a surrounding state, so that when the elongated cable is combined with the connector, Are compressed between them. This results in the conductor being positioned as accurately as possible in the space between the carrier and the cover, thereby facilitating the second end of the plurality of contacts It can be accurately placed in the selected conductor in the slim cable. In another aspect of the present invention, a base member and a cover group are provided. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 mm) 457745 'i I c: 5 0 5 4 ni 1' A7 B7 V. Description of the invention (fp) J.— · ----- Λ 装 — Vii '(Please read the precautions on the back before writing this page) In this aspect of the present invention, the base member and the cover define the cable receiving area, and the inner layer and the cover of the base member are formed in a surrounding state as much as possible for each of them in the multi-conducting slender cable. The conductor defines a surrounding space. In this aspect of the invention, the connector also includes a plurality of contacts, the contacts having an insulation-replaceable end that can be placed in the base member, and before the connector is connected to the elongated cable Placed into the base member. In one embodiment, before the elongated cable is compressed to the surrounding surface of the substrate and the cover member, the contact and the base member are made so that the insulation-replacement end of any contact can be trapped in the size of the substrate, and when the conductor is in In the compression of the cover and the base member, when positioned in the surrounding space, 'the insulation-replaced end of the contact is maintained in the desired orientation corresponding to any conductor. In this embodiment, the base member essentially acts as a support plate to keep the insulation replacement ends in their appropriate positions corresponding to the surrounding space; the surrounding space is used to receive the conductor and thereby promote the correctness of the insulation replacement ends in the conductor. Placement. By selecting the length of the contact point and the height of the base member ', the overall height of the connector assembly can be reduced to suit different uses of the connector in different environments. Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. In another aspect of the present invention, a connector suitable for use in a multi-conductor thin cable is provided. In this aspect of the invention, the connector includes a plurality of contacts, the contacts having insulation replacement ends, used to replace the insulator surrounding the conductor of the multi-conducting slender cable, and electrically connected to the embedded conductor. The replacement end is designed so that when the connector is connected to a multiple slender cable 'and the insulated replacement end of the contact bites the conductor of the slender cable. This paper size is applicable to the national hazel standard (CNS) A4 specification (210X297 mm) 457745 Printed by the Central Standards Bureau of the Ministry of Economic Affairs, Shellfish Consumer Cooperative, A7, B7. 5. Description of the invention (丨 丨) When combined, try to keep as much insulation as possible at the contacts instead of the ends of the contacts and the conductors that make up the multi-conductor slender cable. Between planar adjacent conductors. In this arrangement, the insulation instead of the ends of the contacts is used as much as possible to reduce the cold flow tendency of the insulator at any time after the connector is installed on the multiple elongated cables. In one embodiment , Any of the plurality of contacts has an insulation replacement end including two teeth. On the outer layer of any tooth, the recess is formed in one position This recess will be placed on the plane of the conductor inside the multi-conducting slender cable when the connector is connected to an individual conductor with an insulation-replaced end and is mounted on the multi-conducting slender cable. The recess is made 'Best size' and profiled to increase the total amount of insulator between the nearest surface of the outer edge of the insulation replacement tip and the adjacent conductors. This results in less tensioning force being applied to the Point and the insulator between the adjacent conductors in the multi-conductor slender cable, thus reducing the total amount of cold flow of the insulator at any time. From the discussion above, we can understand that the connector of the present invention locates the conductor by more accurately Accepting the contacts improves the connection of the connector to the high-density slim cable. Furthermore, in this embodiment, the connector provides more support for the ends of the plurality of contacts, and the contacts are used to connect to the conductor, thereby reducing The second end will cause the possibility of incorrect connection during the installation of the connector. The connector also reduces the cost of manufacturing and combining the connector. In addition, in the illustrated embodiment, the The connector can also be changed to a smaller size, but the connection to the conductor of the multi-conducting slender cable is still very reliable. Furthermore, an embodiment of the connector is adopted to provide the contact and the multi-conducting slender cable. The insulation between adjacent conductors will be strengthened. The paper size of the present invention is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) ---_--- ^ ---- γ ^ · 'έ-- (Please read the notes on the back before filling this page) Order A7 B7 4 5 7 7 45 Γ eTV :: 5. Description of the invention (work) These and other objectives and advantages are described below and related drawings It will be fully displayed here. (Please read the precautions on the back before filling out this page) Schematic description Schematic illustration: Figure 1 shows a partial perspective view of an embodiment of a connector Figure 2 shows a perspective view of the cover of the connector of Figure 1; Figure 3 shows a perspective view of the carrier used in the connector of Figure 1; Figure 4 shows Figure 1 is a perspective view of the base member of the flail in Figure 1; Figures 5A-5C show the composition An enlarged view of a plurality of contacts in the medium part of the connector in Fig. 1; Figs. 6A-6C show an enlarged view of one of the plurality of contacts shown in Figs. 5A-5C; Figure 7A-7C shows an enlarged schematic diagram of the connection of the connector in Figure 1 to an elongated cable; printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs. Figure 8A shows a partial break in the connector in Figure 1. A plan view illustrating the connection of the plurality of contacts to the high-density slender cable; FIG. 8B shows a partial cross-sectional view of the connector of FIG. 1 when the connector is connected to the multi-conductor slender cable. A preferred arrangement of the contacts of Figs. 5A-5C; Fig. 9 shows an enlarged view of the arrangement of a plurality of contacts when placed in the base and the holder of the connector of Fig. 1 : This paper size applies to Chinese National Standards (CNS > A4 size (210X297 mm)) Printed rwM by the Central Standards of the Ministry of Economic Affairs and Consumer Cooperatives ................... ... 467745 A7 1 · 'ile: 5 0 5 4 | iif V. Description of the Invention (卩) Figure iO A-10D shows the invention An enlarged view of another embodiment of a connector, this embodiment of the connector will be described in the state of assembly and separation; Figures 1A-11C show that the description is used in Figure 1 or 10A- In the connector of Fig. 10C, an enlarged view of the arrangement of the second embodiment of the plurality of contacts; Figs. 12A-12C show enlarged views of the contacts of Figs. 11A_11C; and 13A and 13A. Figure 13B shows a cross-sectional view of the contacts of the 11th A_lie diagram when placed inside a base member and connected to a conductor of a collection of multiple elongated cable conductors. 100,300: Connector 102: Base member 104: Cover 106: Shelf 120: Cable receiving area 121: Insulator 122: Slim cable 124: Conductor 126: Conductor space 134: Insulation alternative end 136: Blade 140: Matching Area -----: ------, v. (Please read the note $ on the back before filling out this page) The paper size of the book is free to use China National Standard (CNS) A4 specification (210X297 mm) ) A7 B7 5i) 54pil V. Description of the invention (丨 ΐ) 180,344: media 194: groove 197: blade edge label 211: flange area 302: base member 304: cover member 3 0 9: elongated electric continuous receiving area 324 : Locking structure 360: Bobbin 370a, b: Blade embodiment When referring to these drawings, the same parts are represented / represented by the same numbers. Starting from Fig. 1, the connector 100 and a base member 102 connected to the cover 104 in the method described below, and a support plate 106 between the base member 102 and the cover 104 = the cover 104 has a full The inner layer of a large number of recesses Π2 is distributed. The plurality of recesses are used to receive the raised insulator 121 located in the elongated cable 122 and surrounding any individual conductor 124. Similarly, the support plate 106 also includes an inner layer 114 with a large number of recesses 116. The plurality of recesses are used to receive the raised insulator 121 in the elongated cable 22 that surrounds any individual conductor. . In summary, the inner surface 110 of the cover 104 and the inner surface 114 of the support plate 106 are defined as a receiving area 120 of an elongated cable 122. As will be explained in more detail below, the elongated cable 122 is arranged in the receiving area 120, and the recesses 112 and Π6 are designed to apply this paper size to the Chinese National Standard (CNS) A4 specification (210X297 mm) ( Please read the precautions on the back before writing 4 (write this page) Order printed by the Central Standards Bureau of the Ministry of Economic Affairs Printed by the Shellfish Consumer Cooperative 457745: i I c: 5 U 5 4 pi! A7 B7 Cooperatives Yin Li V. Description of the invention (ο The slender cables 12 2 are arranged in a fixed orientation according to the inner layer 110 of the cover 104 and the inner layer of the holder 10 6 丨 14. It is clear that the recesses 112 and 116 are Designed to place each conductor 124 in the space 126 between the recesses η2 and 116. Therefore, when the elongated cable U2 is trapped between the cover 104 and the support plate 106, any-in the elongated cable 122 The conductors 124 are fixed at the precise positions corresponding to the cover 104 and the support plate 106. A typical high-density slender cable has a plurality of conductors or wires 124, and the plurality of conductors are arranged as if they are separated from each other in parallel. And is surrounded by an insulator. The insulator is Incumbent—the conductor 124 forms a resin-plastic insulator as the bulge 121 in FIG. 1. The insulator further provides insulation between any of the conductors 124. In this embodiment, the connector 100 is designed to accept high density Slim cable, this cable combines multiple conductors (in this example, 68) placed on a central area of approximately 0.025 inches .. As shown in the partial block cross-section of Figure 1, multiple The contact 130 is connected to the substrate 102 in such an arrangement that the plurality of contacts can make electrical contact with the conductor 124 and the elongated cable 122. In this embodiment, the contact Π0 is arranged with four rows of parallel insulation instead of ends, To connect with the conductor 124 and the elongated cable 122. However, according to the situation described in more detail below with reference to FIG. 9, the contacts 130 will be arranged in two parallel matching areas M0, which are located in the base 102 of the connector. Figure 1 also shows the basic arrangement of the contacts 130. The arrangement of the contacts 13 will be described in more detail later, and in Figure I, the contacts 1 3 are not shown instead of the terminals 1 3 4 with matching area 1 4 0. The insulation replacement end 134 includes two blades 136. The blade 136 applies the Chinese National Standard (CNS) A4 specification (210X297 mm) in a well-known paper size (please read the precautions on the back before filling in this Page). Assembled and printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs, printed 457745 [: ik: M) 54Pir A7 B7 V. Description of the Invention (lb) Known method to replace the insulator 121 surrounding the conductor 124 in the elongated cable 122 , So that the inner layer of the blade 136 can contact the conductor 124 trapped in the space 126. In Fig. 1, the insulator 121 surrounding the conductor 124 is stripped off due to an example. However, we know that the contact 130 will replace the insulator to contact the conductor 124 by a well-known method. Furthermore, the matching area is exposed through the gap 142 (refer to FIG. 9), so that the pin or the pin contact portion can be placed in the gap 142 and make electrical contact with the contact Γ30. The actual arrangement of contacts Π0 will be described in more detail below. Figure 2 shows the cover member 104 in more detail. As shown in FIG. 1, the elongated cable 122 is placed along the length of the cover member 104 so that the conductor 124 in the elongated cable 122 can be placed as much as possible in the middle of the recess 114 of the inner layer 110 of the cover 104. As shown in FIG. 2, the plurality of gaps 144 are formed as far as possible through the covering member 104. The gap 144 is partitioned to receive the insulation of the contact 130 instead of the blade 136 at the end Π4. To put it succinctly, after the blade 136 passes through the insulator surrounding the conductor 124 in the elongated cable 122, the blade 136 extends as far as possible into the gap 144 as shown in the first figure. Therefore, the gap 144 tries to grasp the blade 136 in the space defined by the gap 144, so that the blade 136 on the adjacent contact 130 is less likely to be inserted into the contact or processed by the connector later. When it is bent, it comes into contact with the adjacent contact 130. Therefore, there are four rows of voids 144 in the cover, which are the blades 136 designed to receive the insulation replacement ends 134 of the contacts 130. (Please read the precautions on the back before filling in this purchase), .. v * τ This paper size is applicable to China National Standard (CNS) A4 (210X297 mm) Printed by the Bayer Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 4 & 7 7 4 5 tl · ΪI c: 5 Ο ί 4 pi 1 'A7 B7 V. Description of the Invention (丨 1) At the two ends 147a and 147b of the cover 104, there are two layers 110 from the inner cover / 10'4 Stretched out blocks 148a and 148b. The two blocks 148a and 148b are used to fix the cover 104 on the base plate 106 and the base member 102 in a method to be described in more detail later. Figure 3 shows the carrier plate 106 in more detail. FIG. 3 shows the inner surface 104 and the recess 116 of the support plate 106. To put it succinctly, in this embodiment, 68 recesses 116 are formed on the inner surface 104 of the support plate 106. The support plate 106 is formed in a shape that can be connected to the covered inner layer surface 110 as shown in Fig. 1. As in the figure also shown in Figure 3, there are a plurality of voids 154 passing through the support plate 106 so that each recess 116 has a separate void 154 formed in the interior. The gap 154 in the receiving cover 106 has the same shape as the gap 144 in the covering member 104. Clearly, the gap 154 is designed to receive the insulation replacement end 134 in the contact 130 and is used to guide the insulation end 134 into the appropriate space 126, thereby creating an electrical connection with the appropriate conductor 124 in the elongated cable 122 . As shown in FIG. 3, on the inner surface 114 of the support plate 106, there is a gap 154 in each recess 116. Further, the gaps 154 are properly placed in the columns of the center spaced by 0.01 inches. The overall shape of the gap 154 is designed so that the adjacent gaps 154 in any column can correspond to any fourth conductor 124 in the elongated cable 122. The carrier plate 106 guarantees that the insulated replacement ends 134 of the contacts 130 are maintained in their intended orientation, so that the blades 136 are placed in the method shown in Figure 1, respectively, and the appropriate space I26 defined by the recesses Π2 and 116 in. It can be understood that if you want to force the blade 132 to pass through the slender cable I22, the paper size applies to the Chinese national standard (CNS > A4 specification (210 X297 mm) — ^ --- y ---- Λ —install-- (please Please read the notes on the back before filling this page.) Order · Printing bag 457 745 |-* ilc: 5〇54pir A7 B7 of the Central Standards Bureau of the Ministry of Economic Affairs V. Insulator 121 'on the description of the invention (γ) To connect any of the conductors 124 in the elongated cable 122, we must apply a considerable force to the contact 13 through the base 102. This force will cause the contact 130 to be bent. The corresponding conductor [24] in space 126 cannot make electrical contact, but in fact, it may cause unexpected contact with adjacent conductors. However, the holder 丨 〇6 is designed to refer to Figures 7A-7C. 'Methods to be described in more detail later' to guide the blade 136 into the appropriate conductor 124. As also shown in Figure 3, 'the two pillars 162a and 162b end 16 la from an outer layer 160 of the carrier plate 106 With 161b. Pillars 162a and 1 62b is used to fix the carrier to the base. 102 'and the cover 104 is fixed to the carrier by referring to Figures 7A-7C, which will be described in more detail later. The base 100 of the connector 100 is It is shown in Figures 4 and 7A-7C. With particular reference to Figure 4, an inner layer 166 of the base of the connector 100 is shown above. There are two rows of voids formed in the inner layer 1 66 of the base 102. 43 The gap 143 in this embodiment is generally square and is designed to receive the matching area 140 of any of the contacts 130. To put it succinctly, the matching area 140 of the contact 130 extends upwards into the gap 43 and enters The inside of the substrate 102 is designed as much as possible to contact the pins from the mating connector, to match the printed circuit board, or to connect through the gap 142 (Figure 9) on the surface 107 outside the substrate 102. Any device for a slim cable. As shown in Figure 4, there are two columns with 34 gaps, which provide access to the matching area 140 of 68 contacts 130. However, I can understand --- i- --- 「装-」, ί (please read the precautions on the back before filling this page)-, tr -〇 线 V V'- This paper size is applicable to Chinese National Standard (CNS) A4 specification U10X297 mm 457 74 5 ii 〇: 5 (J 4 pi A7 B7 Printed by the Shellfish Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Explanation (丨 1) Yes, the precise shape and placement of the gap 143 can be changed according to the use of the connector 100. As also shown in Figure 4, the two ends 168a of the base member 10 of the connector 100 And 16Sb ′ include a connecting groove 170 and a latching member 172 placed on the edge of the base member 102. The connecting groove 170 is designed to receive the pillars 162a and 16Zb of the receiving plate 106 to retain the receiving plate 106, so that the surface 160 of the receiving plate 106 is placed adjacent to the surface 166 of the substrate 102 in a well-known manner. Similarly, the outwardly extending portions 172a and 172b are also designed to coordinate with the blocks 148a and 148b of the cover 104, so that the inner layer 110 of the cover 104 is placed on the adjacent tray 106 in a well-known manner. 114 places inside level. It can be understood that the precise technique for fixing the base 102, the cover 104, and the support plate 106 by the method shown in FIG. 1 can be used without departing from the spirit of the present invention. Many well-known methods of building blocks. Figures 5A_5C and 6A-6C show the shape of the plurality of contacts 13 in more detail. As shown in Fig. 5A, the plurality of contacts 130 are initially connected to the medium 180. To put it succinctly, the first end 182 of the matching area 140 of any of the plurality of contacts 130 is connected to the media body 180. The connection between the media body 180 and the first end 182 of the matching area 140 is in a manner described in detail below, and appropriate perforations allow us to easily remove the media body 180 from the plurality of contacts 130. The plurality of contacts 130 are suitably made of a conductive material by a well-known method, and are also suitably plated of a conductive material such as gold by a well-known method. The paper size is suitable for wealth and wealth (C is called A4 · (2 offering 297 male sauce). (Please read the note on the back before filling in this page) 衮. Order 457745 Printed by A7, Consumers Cooperative of the Central Standards Bureau, Ministry of Economic Affairs B7 V. Description of the invention (邛) The mating area 130 is extended and designed to extend inwardly into the base 102 of the connector 100, so that a method described below can be used to allow external contact with reference to FIG. 9 In this embodiment, the matching area 140 includes a curved area 185, which is inserted between the first end 182 and the second end 184 of the matching area H0. The matching area 140 of any contact 130 The second end 184 is connected to the center region 186 of any contact 130. The center region 186 is wider than the second end 184 of the matching region H0, so the edge 190 is defined as, in the contact 130, the matching region 140 and The interface between the central areas 186. The central area 186 includes the lower bottleneck portion 156 and the upper bottleneck portion 192, separated by a groove 194. The groove 194 extends outward from the sides of the central area 186, so it is lower than the lower and upper bottle The sections 156 and 192 are also wide. The edge 195a '19 Shan 'of the groove 194 adjacent to the bottleneck section 156 can help to properly place the groove 194 in the gap between the support plate 106 and the base 102 by an appropriate angle. With a method that will be described in more detail below, the position of the central area 186 of the joint U0 between the support plate 106 and the base 102 is firmly locked. The two blades 136 use the method shown in FIG. The area 156 extends outward. The two blades 136 are separated. 'We define this gap 138 as when the conductor 124 in the slender cable 122 is placed. The method shown in Figure 1 is placed between the two blades 136.' The proper size of the inner edge of the two blades 1.36 and the conductor 124 will be 'the appropriate size for its space. The outer tip 139 of the two blades 136 is appropriately sharpened to help position the conductor 124 in the gap 138. — ; —U ---- 装 — (Please read the precautions on the back before filling in the form page) Order · -4α. This paper size applies to China National Standards (CNS) A4 (210X297 mm) Central Bureau of Standards, Ministry of Economic Affairs Employee Consumer Cooperative Seal 457745 l: ii ti: 5 0 ί 4 pi Γ A7 B7 V. Description of the invention (2 丨) Figure 5A also shows the edge label 197 on the outer edge of the two blades 136 of any contact 130. Edge label 197 Extend a small distance from the two blades 136, which is slightly shorter than the distance from the groove 194 in the center of the contact 13. The contact cover 104, as shown in Figure 8B, will be more detailed below. The illustrated method to compress the multi-conductor cable 122 when the 'edge label 197 is used to stabilize the carrier plate 106. Figures 5B and 5C show a particularly unique portion of the plurality of contacts 130. To put it succinctly, in a separate column of a contact 130, the adjacent contact i 30a and l; 30b of the insulation replacement end 134 branch off from the axis defined by the medium 180 to form an insulation replacement end 134a The two parallel columns D and 134b said, referring to FIG. 5B, the insulation replacement end 134a of the contact 130a is placed below the axis defined by the medium 180, and the insulation replacement end of the next adjacent contact 130b 134b is placed on the axis defined by the medium 180. However, the matching areas 140 of any of the contacts 130 are connected to the media body 180 so that the matching areas 140 are arranged in separate parallel columns as shown in FIGS. 5B and 5C. In this embodiment, there are two parallel rows of 17 insulation replacement ends 134 of the contacts 130, and a single row of 34 matching areas 140 connected to the individual media 180. This arrangement of the plurality of contacts 130 simplifies the assembly of the connector 100 in this embodiment, as we will discuss below. Figures 5C and 6A-6C show the appearance of any one of the plurality of contacts 130 in more detail. To put it succinctly, as shown in FIG. 5C, the first end 182 of the matching region 140 of the contact 130 is bent to a first direction at a point connected to the media 180, and defines the contact surface 183 with it. This paper size applies the Chinese National Standard (CMS) M specifications (210X297 cm) (Please read the precautions on the back before filling out this page) • Binding and binding-A7 B7 457 745 J; i I c: 5 0 ^ 4 pi V. Description of the invention (public) (Please read the precautions on the back before filling out this page.) The contact surface 183 is the best part of the interface between the external connector and the contact 130, and this part is used for the connection with the slim cable 122. The conductor 124 makes electrical contact. The matching region 140 is then turned in the second direction until it reaches the curved region 185 in the contact 13. As described in more detail below, this leads to the definition of the contact surface The first end 182 of the 183 is biased toward the center of the center and enters the base 102 to receive a pin 142 or a space 142 for a connector from an external connector. Any of the contacts 130 includes the shape of the contact surface 183 described above. The shape of the central area 186 and the shape of the insulation replacement end 134. However, the second ends 184a and 184b of the matching area 140 of the contacts 130a and 130b have different designs to replace the insulation end! 34a and 134b Place as shown in Figure 5B In the two parallel columns. It is clear that the second end 184 of the matching area M0 of the contact 130 has two appearances as shown in Figures 5C, 6B and 6C. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economics Reference 6B, the second end 184b of the contact 130b is slightly bent to the first direction, and then wrapped around the central area 186 of the contact 130. The opposite 'as shown in FIG. 6C, the contact 130a The shape of the second end 184a is bent to the opposite second direction of the pointing surface 183, so that the contacts 1303 and 130b are separated from each other by the method shown in FIG. 5C. The center area 186 of the contact 130 The shape is substantially the same without considering the shape of the second end 184 of the matching area 140 of the contact 130. The two ends of the second end 184a and 18 of the matching area 140 of the contact Π0 are the same. Type, resulting in that the central area 186 of the contact 130 can be placed in two adjacent parallel columns (see Figure 3) located in the gap 154 of the tray 106. Therefore, this paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm> 4 5? 7 4 5 I · 'i I c: 5 0 5 4 pi]' A7 4 5 ? 7 4 5 I · 'i I c: 5 0 5 4 pi]' A7 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs B7 V. Description of the invention (4) When a plurality of pins 130 are connected to the medium body 18, Their appearance results in a single column for the matching area 140 and two separate columns for the insulation replacement end 134. The two columns of the insulation replacement terminal 134 can be placed in the space 154 separated by the two columns in the tray 106, so that the insulation replacement terminal 134 can be electrically connected to the conductor 124 in the elongated cable 122. Referring to Figs. 7A-7C, the configuration of the connector in this embodiment will be described in more detail. To put it succinctly, referring to FIG. 7A, a plurality of contacts 130 connected to the medium 180 are initially placed so that 17 contacts 130 can be placed in the first space 154 in the tray 106. One column (Figure 3) 'and the second column of the I7 contacts Π0 can be placed in the second column of the opening B4 of the holder 106. The second plurality of 34 contacts 130 (not shown in FIG. 7A) connected to the medium body 18 are substantially the same as the first plurality of contacts and are also placed in the other two rows of gaps 154 in the tray 106. in. The central area 186 of any contact 130 is placed as far as possible within the gap 154, so that the insulation-replacement end 134 can be placed on the support plate 106 in the same way as shown in Figures 7A and 7B. Inside level. Next, the medium 180 is removed from the first end 182 of the contact end H0 of any of the plurality of contacts 130. As described above, the interface between the matching area 140 and the media body 180 is scored or weakened as much as possible to allow the media body 180 to be easily removed from the end 182 of the matching area 140 of the contact 130. The matching areas 140 of the plurality of contacts 130 are then placed in the gaps 143 of the surface 166 of the substrate 02. As shown in Fig. 4, there are two parallel rows of 34 voids 143, and any of the rows is designed to receive the matching area 140 in the plurality of contacts 130. As shown in Figure 7B ---.-------- rv installation ---- (Please read the precautions on the back before filling this page)
n is H VI *1111— _^ 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） A7 B7 457745 Γ i [ C : 5 0 Μ p i Γ 五、發明說明（ 示，基底102中的空隙143盡量設計成，使得任一此複數 個接點的中心區域186能放置在空隙166中，使得刻溝194 能與空隙M3的上層面200相接觸。上層面200的外型與 目的將會在底下參考第8A與8B圖時更詳細的說明。 一旦接觸末端140放置在基底102中，細長電纜122 與承盤106的內層面114會臨接放置，而且遮蓋1〇4會以 第7B與7C圖所示的方法與細長電纜122臨接放置。淸楚 的說，當遮蓋104被放置在承盤106上，而能將導體124 集中於由凹入處112與116所定義成的導體空間126內部 時，遮蓋104之內層面110上的任一凹入處112，以及承 盤106之內層面114上的任一凹入處U6會排成一列。淸 楚的說，環繞於任一導體124旁的絕緣體121，會盡量以 類似樹脂塑膠那種有點柔韌的材料所做成。將承盤106緊 靠遮蓋104的壓縮方式，導致凹入處112，Π6相對於它的 鄰近區域移動任一導體124，使得當承盤106與遮蓋104 放置在一起的時候，任一導體I24能盡量的被集中在空間 126裡。可以瞭解的是，遮蓋HM與承盤106是很精確的 做成某種尺寸，以使得凹入處Π2與116能形成一個圓形 的導體空間126，來集中鍍上絕緣體的導體。 將承盤106，與遮蓋104以及基底102 —起壓縮，也 導致了基底102施力對抗接點Π0之中心區域186的邊綠 190，而且也對抗接點130的刻溝194 ’以藉此驅使複數個 接點進入空間126。因此，刀鋒136被空隙154以這個壓 縮方式盡量導引進導體空間’使得我們能以第7C圖所 本紙張尺度適用令國國家標準（CNS)A4规格（210 X 297公釐） (請先閲讀背面之注意事項再填寫本頁) -Λ··.ν 裝-------—訂----I----^ίΓ 經濟部智慧財產局員工消費合作社印製 A7 A7 經濟部智慧財產局員工消費合作社印製 B7 五、發明說明（4) 示的方法，讓導體124陷入刀鋒136之間的空隙138內= 基底102的外型，以及它與接點群130之間的相互作用， 將會參考第8A與8B圖，更詳細的在底下說明。 既然接點Π0的下層瓶頸部分156，在壓縮程序中陷 在承盤106的空隙154中，絕緣替代末端134彎曲的傾向， 是因爲壓縮，以及插入由細長電纜122削減而成之絕緣體 121中的結果。因此，當驅使絕緣替代體丨26進入空間126 的時候，連接器100同時將細長電纜122集中在空間126 裡。 第8A圖繪示了更詳細之基底構件1〇2,承盤106以及 遮蓋104中的複數個接點130。淸楚的說，絕緣替代末端 134從承盤106的內層面向外伸展，使得能與導體124和 細長電纜122產生電性接觸。刀鋒136經由絕緣體121伸 展進入在遮蓋104裡形成的空隙144中D這幫助確保刀鋒 I36不會因爲絕縿替代程序，或因爲接下來會導致與臨接 的導體124或接點Π0產生不希望的接觸的連接器移動而 彎曲。任一接點130的中心區域186的下層瓶頸部分156，’ 被放置於承盤106的空隙154內。如上所述，這幫助了確 保任一接點之絕緣替代末端134能正確的進入空間126， 此空間是由分別處於遮蓋104與承盤106上的凹入處112 與11 6定義而成。 如同第8B圖所示，承盤106中的空隙154在外層面 155上有一個凸綠區域211。標籤197咬合凸緣區域211， 以繪示於第8B圖的方法，在插入程序中穩定承盤i〇6 淸 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） (請先閱讀背面之注意事項再填寫本頁)n is H VI * 1111— _ ^ This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) A7 B7 457745 Γ i [C: 50 Μ pi Γ 5. Description of the invention (shown, substrate 102 The gap 143 in the middle is designed as far as possible, so that the central area 186 of any of the plurality of contacts can be placed in the gap 166, so that the groove 194 can contact the upper layer 200 of the gap M3. The shape and purpose of the upper layer 200 It will be explained in more detail with reference to Figures 8A and 8B below. Once the contact end 140 is placed in the base 102, the elongated cable 122 and the inner layer 114 of the support plate 106 are placed next to each other, and the cover 104 The method shown in Figures 7B and 7C is placed next to the slender cable 122. It is clear that when the cover 104 is placed on the support plate 106, the conductor 124 can be concentrated in the area defined by the recesses 112 and 116. When the conductor space 126 is inside, any recess 112 on the inner layer 110 of the covering 104 and any recess U6 on the inner layer 114 of the support plate 106 will be lined up. The insulator 121 next to a conductor 124 will be as flexible as possible like resin plastic The compression method of holding the plate 106 close to the cover 104 causes the recess 112, Π6 to move any conductor 124 relative to its adjacent area, so that when the plate 106 and the cover 104 are placed together, Any one of the conductors I24 can be concentrated in the space 126 as far as possible. It can be understood that the covering HM and the support plate 106 are precisely made into a certain size so that the recesses Π2 and 116 can form a circular shape. The conductor space 126 is used to concentrate the conductors coated with insulators. Compressing the support plate 106 with the cover 104 and the substrate 102 also causes the substrate 102 to exert force against the edge green 190 of the center region 186 of the contact Π0, and also against The groove 194 of the contact 130 is used to drive a plurality of contacts into the space 126. Therefore, the blade 136 is guided into the conductor space by the gap 154 in this compression manner as much as possible, so that we can apply the order at the paper size shown in Figure 7C. China National Standard (CNS) A4 Specification (210 X 297 mm) (Please read the precautions on the back before filling this page) -Λ ·· .ν Installation --------- Order ---- I- --- ^ ίΓ Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 A7 Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs B7 V. Method of Invention (4), the conductor 124 is trapped in the gap 138 between the blades 136 = the shape of the base 102, and its contact with the contact group 130 The interaction between them will be described in more detail with reference to Figures 8A and 8B. Since the lower bottleneck portion 156 of the contact Π0 is trapped in the gap 154 of the holder 106 during the compression process, the insulation replaces the end 134 and bends The tendency is due to compression and insertion into the insulator 121 cut from the elongated cable 122. Therefore, when the insulating substitute 26 is driven into the space 126, the connector 100 simultaneously concentrates the elongated cable 122 in the space 126. FIG. 8A shows a plurality of contacts 130 in the base member 102, the support plate 106, and the cover 104 in more detail. To put it bluntly, the insulation-replacement terminal 134 extends outward from the inner surface of the support plate 106, so that it can make electrical contact with the conductor 124 and the elongated cable 122. The blade edge 136 extends through the insulator 121 into the gap 144 formed in the cover 104. This helps ensure that the blade edge I36 will not cause undesired replacement procedures, or because it will subsequently lead to the adjacent conductor 124 or contact Π0. The contacting connector moves and bends. The lower bottleneck portion 156, 'of the center region 186 of any of the contacts 130 is placed in the gap 154 of the tray 106. As mentioned above, this helps to ensure that the insulated replacement end 134 of any contact can correctly enter the space 126, which is defined by the recesses 112 and 116 on the cover 104 and the support plate 106, respectively. As shown in FIG. 8B, the gap 154 in the support plate 106 has a convex green region 211 on the outer layer 155. The label 197 engages the flange area 211, as shown in Figure 8B, and stabilizes the support during the insertion process. The paper size applies the Chinese National Standard (CNS) A4 (210 X 297 mm) (please (Read the notes on the back before filling out this page)
_7 745 ί·'} I c : 5 0 5 4 p i Δ7 B7 五、發明說明（>) 楚的說，一旦承盤106以上述第7A與7B.圖的方法，放置 於接點130上，標籤197會與承盤106之空隙154的任一 凸緣區域2 1 1的內層面相D父合。當標籤1 97被置於任一接 點130的同一位置，標籤197是用來在插入程序中準確的 擺正承盤106的方位。 其後，當遮蓋104放置於承盤106之上，以及壓縮細 長電纜122的時候，標籤197提供了 一些對抗遮蓋104壓 縮的阻力，來對抗細長電纜122，以增加對抗細長電纜122 的壓縮力量，藉此促進細長電纜122中的導體124，以所 需的方位擺置於由遮蓋104與承盤106之內層面所定義的 空間126中。標籤197被設計爲，當壓縮繼續使得接點130 能穿越承盤106中的空隙154,而且以底下會更詳細敘述， 顯示於第7C圖的方法，與該細長電纜的導體124產生電 性接觸的時候，標籤197會產生扭曲變形，或者是被用力 壓進製成承盤106的材料中。 更進一步，如同第SA圖所顯示的，空隙154的凸緣 區域211，也設計來接納在臨接於接點130之瓶頸156的 複數個接點之上的刻溝194的一部份。這幫忙確保接點130 不會過度插入於高密度細長電纜122的導體124之中。在 基底102的內層面166上的空隙143也有凸緣區域212， 此區域適合用來接納在接點130上，放置臨接於中心區域 186之上層瓶頸區域192的刻溝194的一部份。 基底102中的空隙142也有一處隆起，此隆起從側面 伸展進入空隙143，以在任一空隙143中形成中斷202，與 -裝--- (請先閱讀背面之注意事項再填寫本1) i. 經濟部智慧財產局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 457745 ;f) 5 4 p i f A7 B7 五、發明說明（糾） 接點130的邊緣1彡0相咬合。因此，一旦接點130的匹配 區域140被放置於基底102的空隙143中，將基底1〇2壓 縮往其中有承盤106與細長電纜122插入的遮蓋104之中 時1會導致上層面200與中斷202推動接點130之絕緣替 代末端134進入空間126。可以瞭解的，特別是有鑑於由 和承盤106中之空隙154的凸緣區域211內層面相咬合的 標籤197所提供的阻力，因此通常需要一個相對顯著的力 量，來強迫任一接點130上的絕緣替代末端134進入高密 度細長電纜122的導體124中。上層面200與中斷202， 提供了強迫接點130穿越環繞於導體124之絕緣體121的 平面，藉此製造與導體124之間的良好電性接觸。因此， 基底102設計爲當壓縮基底1〇2與遮蓋1〇4的時候，能促 進接點群130形成一個第一方向’該方向垂直於基底102 之內層面166的表面。基底1〇2因此促使複數個接點130 穿越承盤106的空隙154,而承盤106確保複數個接點130 被推進聚集於空間126中之導體1M的第一方向。 第8A圖繪示了遮蓋1〇4上的區塊148,與承盤106的 支柱162以及基底102的邊緣172相咬合，藉此將遮蓋104 固定於基底102上，其中包括承盤1〇6與陷入其中的高密 度細長電纜122。可以瞭解的是’在連接器1〇〇連上細長 電纜122之後，要將遮蓋1〇4固定於基底102之上的話， 可以在不違反本發明的情況下’用任一種在細長電纜連接 工業中，眾所熟知的多種方法來完成。 第9圖更顯示了放置於基底時的複數個接點 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公复） (請先閱讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印製_7 745 ί · '} I c: 5 0 5 4 pi Δ7 B7 V. Description of the invention (>) Chu said that once the tray 106 is placed on the contact 130 in the method of Figures 7A and 7B. The label 197 will be mated with the inner surface of any flange area 2 1 1 of the gap 154 of the tray 106. When the label 197 is placed at the same position of any of the contacts 130, the label 197 is used to accurately orient the support plate 106 during the insertion procedure. Thereafter, when the cover 104 is placed on the support plate 106 and the elongated cable 122 is compressed, the label 197 provides some resistance against the compression of the cover 104 to resist the elongated cable 122 to increase the compression force against the elongated cable 122. This facilitates the conductor 124 in the elongated cable 122 to be placed in the desired orientation in the space 126 defined by the inner layer of the cover 104 and the support plate 106. The label 197 is designed so that when compression continues to allow the contact 130 to pass through the gap 154 in the tray 106, and will be described in more detail below, the method shown in Figure 7C makes electrical contact with the conductor 124 of the elongated cable When the label 197 is twisted or deformed, it is forced into the material of the tray 106. Further, as shown in FIG. SA, the flange region 211 of the gap 154 is also designed to receive a portion of the groove 194 over the plurality of contacts adjacent to the bottleneck 156 of the contact 130. This helps ensure that the contacts 130 are not over-inserted into the conductors 124 of the high-density elongated cable 122. The void 143 on the inner layer 166 of the substrate 102 also has a flange region 212, which is suitable for receiving on the contact 130 and placing a part of the groove 194 adjacent to the central region 186 above the bottleneck region 192. There is also a bulge in the gap 142 in the base 102. This bulge extends from the side into the gap 143 to form an interruption 202 in any of the gaps 143, and -install --- (please read the precautions on the back before filling in this 1) i Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The paper size is applicable to the Chinese National Standard (CNS) A4 (210 X 297 mm) 457745; f) 5 4 pif A7 B7 5. Description of the invention (correction) The edges 1 彡 0 engage. Therefore, once the matching area 140 of the contact 130 is placed in the gap 143 of the substrate 102, compressing the substrate 102 into the cover 104 in which the support plate 106 and the elongated cable 122 are inserted 1 will cause the upper layer 200 and The interruption 202 pushes the insulated replacement tip 134 of the contact 130 into the space 126. It can be understood, especially in view of the resistance provided by the label 197 that engages with the inner layer of the flange region 211 of the gap 154 in the tray 106, a relatively significant force is usually required to force any contact 130 The upper insulation replaces the end 134 into the conductor 124 of the high density elongated cable 122. The upper layer 200 and the interruption 202 provide forcing the contact 130 to pass through the plane of the insulator 121 surrounding the conductor 124, thereby making good electrical contact with the conductor 124. Therefore, the substrate 102 is designed to promote the contact group 130 to form a first direction when the substrate 102 is compressed and the cover 104 is perpendicular to the surface of the inner layer 166 of the substrate 102. The base 102 thus causes the plurality of contacts 130 to pass through the gap 154 of the support plate 106, and the support plate 106 ensures that the plurality of contacts 130 are advanced in the first direction of the conductor 1M gathered in the space 126. FIG. 8A shows the block 148 on the cover 104, which is engaged with the pillar 162 of the support plate 106 and the edge 172 of the base 102, thereby fixing the cover 104 to the base 102, including the support plate 106 With a high-density slender cable 122 trapped therein. It can be understood that 'after the connector 100 is connected with the elongated cable 122, if the cover 104 is to be fixed on the base 102, it is possible to use any kind of cable connection industry without violating the present invention. In the well-known various methods to complete. Figure 9 shows the multiple contacts when placed on the substrate. The paper size is applicable to the Chinese National Standard (CNS) A4 (210 X 297 public copy) (Please read the precautions on the back before filling this page) Wisdom of the Ministry of Economic Affairs Printed by the Property Agency Staff Consumer Cooperative
457745 A7 B7 五、發明說明（对） (請先閱讀背面之注意事項再填寫本頁) 130。淸楚的說，第9圖顯示了複數個接點130的絕緣替代 末端134被放置於空隙142中，以使其從基底102的內層 面166向外伸展。四個相鄰的接點Π0繪示於第9圖中， 以顯不相臨接點1 3 0的絕緣替代末端13 4彼此之間以前述 的方法產生位移。 複數個接點130的匹配區域140伸展進入空隙]43， 以使得能與外部印刷電路板，或是插入空隙142的匹配連 接器之間相咬合。淸楚的說，匹配區域140分別被放置於 形成基底102之內牆的凹槽221之內，以使得接觸面183 能面對空隙142。匹配區域140的上層末端187，與基底 102的外層面167相鄰成型的邊緣223盡量互相晈合，使 得匹配區域140能陷入於凹槽221之內。如上所述，匹配 區域140被盡量的彎曲，使得能夠伸展到空隙】43內，並 藉此向內彎曲，以確保接觸面183與匹配連接器或是印刷 電路板能產生良好的電性接觸。 經濟部智慧財產局員工消費合作社印製 可以瞭解的是，因爲接點130的排列，使得接到接點 13〇的匹配區域140的單獨列上之媒介體180,連接到絕緣 替代末端134的兩分支列上，所以在本實施例中，連接器 1〇〇會比較容易組和。因此，將複數個接點130放置到承 盤106中的組合步驟就被簡化了，因爲接點130只有一半 的列數需要放置於承盤或者類似的組件裡。同樣的，熟知 此技藝的人可以瞭解，由於在一個單獨線性接點上，擺置 了更多個別·的接點，所以要對擁有這種排列方式的接點進 行電鍍的話，其花費會較低。 本紙張尺度適用中國國家標準（CNS)A4規格（210 x 297公釐） A7 B7 4 57 74 5457745 A7 B7 V. Description of the invention (yes) (Please read the notes on the back before filling this page) 130. To put it bluntly, FIG. 9 shows that the insulation-replacing end 134 of the plurality of contacts 130 is placed in the gap 142 so as to extend outward from the inner layer surface 166 of the base 102. The four adjacent contacts Π0 are shown in Fig. 9, and the ends 13 4 are displaced from each other by the insulation of the adjacent contacts 1 3 0 in the aforementioned manner. The matching area 140 of the plurality of contacts 130 extends into the gap] 43 so as to engage with an external printed circuit board or a matching connector inserted into the gap 142. To put it bluntly, the matching areas 140 are respectively placed in the grooves 221 forming the inner wall of the base 102 so that the contact surface 183 can face the gap 142. The upper end 187 of the matching region 140 and the edge 223 formed adjacent to the outer layer 167 of the base 102 are fitted to each other as much as possible, so that the matching region 140 can fall into the groove 221. As described above, the matching area 140 is bent as much as possible so as to extend into the gap] and thereby bend inwardly to ensure that the contact surface 183 can make good electrical contact with the matching connector or the printed circuit board. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, it can be understood that because of the arrangement of the contacts 130, the medium 180 on a separate column of the matching area 140 connected to the contact 13 is connected to the two insulation insulation ends 134. The branches are on the column, so in this embodiment, the connector 100 will be easier to assemble. Therefore, the assembling step of placing the plurality of contacts 130 into the tray 106 is simplified because only half of the number of rows of the contacts 130 need to be placed in the tray or the like. Similarly, those who are familiar with this technique can understand that because more individual contacts are placed on a single linear contact, it will cost more to electroplat the contacts that have this arrangement. low. This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) A7 B7 4 57 74 5
I i 1 c : 5 0 5 -4 p i I 五、發明說明（q) 同樣可以瞭解的是，本實施例中連接器的精確度與可 信度，提升超越了習知技藝的類似連接器。淸楚的說，此 複數個接點陷入於一承盤中，而承盤與遮蓋被設計成來壓 縮高密度電纜，使得在由承盤與遮蓋上之凹入處定義的空 隙裡的電纜可以集中在空隙裡。壓縮發生於，當接點之絕 緣替代末端被推入由遮蓋與承盤上之凹入處定義的空隙裡 的時候。因此，壓縮遮蓋到有承盤與細長電纜在其中的基 底中時，在推動接點的刀鋒通過絕緣體，以與細長電纜中 選擇的導體產生電性接觸的時候，同時也將細長電纜的導 體集中在空隙中。 第10A-10D圖顯示了連接器300的另外一個實施例， 此連接器適合用來連接到'一個如同上述之多導性（multi-conductor)細長電纜122的多導性電纜。在本實施例中，連 接器300包括了基底構件302與遮蓋構件304。然而，本 實施例中的連接器300並沒有包括如同上述之承盤106的 承盤，相反的，基底構件302包括了複數個成型於基底構 件302之第一表面312上的凹入處306，這用來接納由多 導性電纜的絕緣體囊括起來的導體群。相同的，遮蓋304 也包括了複數個成型於遮蓋之內層面314上的凹入處 3 10,這也用來接納由多導性電纜的絕緣體囊括起來的導體 群。基底構件302之第一表面312與內層面314，總和起 來定義了一個細長電纜接納區309，用來接納用在電性連 結到連接器300上的細長電纜。 更特別的，凹入處306與310伸展穿越了整個基底構 (請先閱讀背面之注意事項再填寫本頁) 裝--------訂---------^-rw . 經濟部智慧財產局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 457745 l； i I c ： ,M) 5 4 p i 1' A7 _____ B7 五、發明說明（％) 件302與遮蓋構件304的寬度，並且在整個基底構件302 與遮蓋構件304的長度上，彼此之間以平行的方式擺置。 任一凹入處306’ 310是用來與環繞多導性電纜之單獨導體 的絕緣體外層面相咬合，以及指出在由凹入處306與310 所定義的空間311裡被絕緣體環繞之導體的位置。這使得 擺置於基底構件302內之接點的絕緣替代末端，允許與絕 緣的導體以一種將在底下更詳細敘述的方法來產生電性接 觸。 如同也繪示在第10A圖中，複數個空隙316成型於基 底構件302的第一表面312，使得單獨空隙316成型於任 —凹入處306中。，同樣的，有相配的空隙320成型於遮蓋 構件304的內層面314上。如同將於底下更詳細敘述的， 基底構件302中的空隙316，是用來導引接點322進入到 由凹入處306與3 10定義的空間311之中，使得接點與擺 置於空間3U內之多導性電纜的導體之間產生電性連接。 遮蓋構件310中的空隙320，用來在接點322與細長電纜 之導體產生電性連接以後，接納接點322的末端，而且， 空隙320固定接點322的末端，使得接點的末端不會無意 間接觸到臨接的接點。 如同也繪示在第10A圖中，連接器300也包括了通常 如標示爲324的一個鎖定構造，採用此構造使得遮蓋構件 3〇4，以及擺置於電纜接納空間309中的多導性電纜，能固 定於基底構件302上。鎖定構造324用來固定遮蓋構件304 到基底構件302上，藉此維持連接器300與細長電纜間的 一-裝—— (請先閱讀背面之注意事項再填寫本頁) 訂· 經濟部智慧財產局員工消费合作社印數 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐〉 Α7 Β7 457745 Γ M c : 5 〇 ? 4 ρ M' 五、發明說明（引） 電性連接。在本實施例中，鎖定構造324大體上包括兩個， 分別成型於基底構件3〇2的第一與第二末端330a’ 330b上 的凸出鎖定緣326a與326b。凸出鎖定緣326a與326b用 來以第1 〇 A圖所繪不的方法，從基底構件3 0 2·之第一表面 312垂直向外伸展。此外，凸出鎖定緣326a與326b之外 部末端332a與332b被削尖。遮蓋構件304包括了兩個匹 配連接器構件^4a，334b，此複數個匹配連接器構件從遮 蓋構件304之內層面314垂直向外伸展，並且定義一個用 來容納凸出鎖定緣326a與326b的接納處336a與336b。 接納處336a與336b設計成，當遮蓋構件304完全的安裝 在基底構件302上時，接納處336a與336b與凸緣326a與 326b能盡量相咬合，使得可以以第10B圖所繪示的方法， 將遮蓋304確實地維持在基底構件302上。 如同也繪示在第10A圖中，在組合的時候，接點332 剛開始透過基底構件302之第二表面342，放置於基底構 件3〇2之中。基底構件302的第二表面342與第一表面312 放置於相反的位置，而且，如同將在底下更詳細敘述的， 接點322伸展通過基底構件302的中心，使得接點322的 一個末端伸展通過空隙.316，進入電纜接納區域309之個 別導體空間311中。如同也繪示在第10A圖中，接點322 在插入基底構件3〇2的第二邊342的時候，最初擺放於媒 介體344上。 淸楚的說’參考第10C圖，接點322連接到接觸媒介 體344，以致逐漸從媒介體344往外伸展至第一方向。接 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） (請先閱讀背面之注意事項再填寫本頁) - ----— II 1111!11. 經濟部智慧財產局員工消費合作社印製 4 57 7 4 5 A7 B7 r ί IC : > 0 5 4 p i Γ 五、發明說明（弘） (猜先閱讀背面之注意事項再填寫本頁) 點改成擺放在成型於基底構件302之第二邊342內的 空隙350中。空隙350更改成接納從匹配連接器，匹配印 刷電路板，以及其他任何用來經由連接器300連接到多導 .性電纜的裝置而來的接點。雖然本實施例中的空隙350表 示爲離散空隙350，做成來接納複數個接點，但更進一步 的瞭解，空隙350左不脫離本發明精神的原則下，可以含 括一個單獨刀鋒型的空隙。 如同繪示於第10C圖，當還連接在媒介體344上的時 候，，任一複數個接點3 32插入基底構件302之第二表面342 的空隙350之中。因此，將複數個接點322插入空隙350 中.，不可避免的會將基底構件302充滿接點332，使得接 點322可以與陷入於電纜接納區域309中之多導性電纜的 導體，以將於底下更詳細敘述的方法，產生電性連接。 經濟部智慧財產局員工消費合作社印製 如同更進一步顯示於第10C圖，任一凸出鎖定緣326a 與326b包括了邊緣352a，352b，而任一接納構件344a， 344b也包括了捕捉構件356a，356b，擺置以用來各自伸展 越過接納處336a，336b。捕捉構件356a，356b因此可以 與在凸出鎖定緣326a，326b上的邊緣352a，352b相互晈 合，以使能保持遮蓋構件304與基底構件302處於鎖定的 狀態。 如同第10D圖所繪示，當遮蓋構件304連接在基底構 件302+上的時候，接點322可能與媒介體344互相分離， 並且完全深入在空隙350中。外部針腳接點以及類似的東 西，可以與接點322產生電性連接，此接點經過空隙3 16， 36 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐〉 A7 B7 457745 l: i I e : 5 0 5 4 p i | 五、發明說明（V) 以將於底下更詳細敘述的方法，與陷入於細長電纜空間309 的導體產生電性連接。當然，可以瞭解的是，分別由基底· 構件3〇2與遮蓋構件304上面的凹入處306與310所定義 的空間，與空隙35〇的真正形狀，將會根據外部接點，以 及用來和連接器300相連的細長電纜的形狀而變化。 參考第11A-11C圖以及第12A-12C圖，此處更詳細的 描述接點322。淸楚的說，參考第11A-11C圖，接點322 剛開始是連接在媒介體344上。在本實施例中，接點322 與媒介體344可以由熟知的切割，鑄造或者蝕刻的科技來 做成，並且可以擺在線軸360上，使得複數個接點332能 從線軸360上鬆開，並且一個選定數目的接點322可以與 線軸分開，以插入於連接器300中。如同第11A圖所示， 接點3〗2與媒介體344連接於第一末端362，而第二末端 364包括了接點322的絕緣替代末端。接點322之第一末. 端36；2與媒介體344之間的連結，是由一個有縐紋，薄的 介面366所做成，且可以輕易的由彎折關於接點322之第 --末端362的介面306來折斷它。重複的在介面366彎曲 媒介體344，會導致媒介體344在介面366的地方與第一 末端362分離。接點的精確型態現在將在以下參考第 12A-12C圖，更詳細的加以敘述。 特別參考第12A圖，接點322的絕緣替代末端364包 括了定義空間372的兩刀鋒370a，370b。空間372用來接 納多導性電纜的導體，使得導體與刀鋒37〇a，370b的內層 面382a ’ 3S2b，以如同連結繪示於第6A-6C圖之接點的實 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公爱） (請先閱讀背面之注意事項再填寫本頁) ----1!訂----I i 1 c: 5 0 5 -4 p i I 5. Description of the Invention (q) It can also be understood that the accuracy and reliability of the connector in this embodiment improves similar connectors that have surpassed conventional techniques. It is clear that the plurality of contacts are trapped in a carrier, and the carrier and the cover are designed to compress the high-density cable, so that the cable in the gap defined by the recess on the carrier and the cover can be used. Concentrated in the gap. Compression occurs when the insulation of the contact instead of the end is pushed into the gap defined by the recess on the cover and the plate. Therefore, when the compression covers the substrate with the support plate and the slender cable therein, when the blade of the contact is pushed through the insulator to make electrical contact with the selected conductor in the slender cable, the conductors of the slender cable are also concentrated. In the gap. Figures 10A-10D show another embodiment of a connector 300, which is suitable for connecting to a multi-conductor cable 122 as described above. In this embodiment, the connector 300 includes a base member 302 and a cover member 304. However, the connector 300 in this embodiment does not include a support plate like the support plate 106 described above. In contrast, the base member 302 includes a plurality of recesses 306 formed on the first surface 312 of the base member 302. This is used to receive a conductor group enclosed by an insulator of a multi-conductor cable. Similarly, the cover 304 also includes a plurality of recesses 3 10 formed on the inner layer 314 of the cover, which is also used to receive the conductor group enclosed by the insulator of the multi-conducting cable. The first surface 312 and the inner surface 314 of the base member 302 collectively define an elongated cable receiving area 309 for receiving an elongated cable for electrical connection to the connector 300. More specifically, the depressions 306 and 310 extend through the entire base structure (please read the precautions on the back before filling this page). -------- Order --------- ^- rw. Printed by the Consumers 'Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) 457745 l; i I c:, M) 5 4 pi 1' A7 _____ B7 Explanation of the invention (%) The widths of the pieces 302 and the covering member 304 are arranged parallel to each other over the entire length of the base member 302 and the covering member 304. Any of the recesses 306 '310 are used to engage the outer layer of the insulation of the individual conductors surrounding the multi-conducting cable, and indicate the location of the conductor surrounded by the insulator in the space 311 defined by the recesses 306 and 310. This allows the insulated alternative ends of the contacts placed in the base member 302 to allow electrical contact with the insulated conductors in a manner that will be described in more detail below. As also shown in FIG. 10A, a plurality of voids 316 are formed in the first surface 312 of the base member 302, so that individual voids 316 are formed in any of the recesses 306. Similarly, a matching gap 320 is formed on the inner layer 314 of the covering member 304. As will be described in more detail below, the gap 316 in the base member 302 is used to guide the contacts 322 into the space 311 defined by the recesses 306 and 3 10, so that the contacts and placement are in the space Electrical connections are made between the conductors of a multi-conductor cable within 3U. The gap 320 in the covering member 310 is used to receive the end of the contact 322 after the contact 322 is electrically connected to the conductor of the slender cable, and the gap 320 fixes the end of the contact 322 so that the end of the contact does not Inadvertently touched the adjacent contact. As also shown in FIG. 10A, the connector 300 also includes a locking structure, generally designated as 324. With this structure, the cover member 304 and the multi-conducting cable placed in the cable receiving space 309 are adopted. Can be fixed on the base member 302. The locking structure 324 is used to fix the covering member 304 to the base member 302, thereby maintaining a one-piece installation between the connector 300 and the elongated cable-(Please read the precautions on the back before filling this page) The paper size of the printed copies of the employees 'consumer cooperatives of the Bureau applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm> Α7 Β7 457745 Γ M c: 5 〇? 4 ρ M' 5. Description of the invention (introduction) Electrical connection. In this embodiment, the locking structure 324 generally includes two protruding locking edges 326a and 326b respectively formed on the first and second ends 330a '330b of the base member 302. The protruding locking edges 326a and 326b It is used to extend vertically outward from the first surface 312 of the base member 302 · in a manner not shown in Fig. 10A. In addition, the outer ends 332a and 332b of the protruding locking edges 326a and 326b are sharpened. The covering member 304 includes two mating connector members ^ 4a, 334b. The plurality of mating connector members extend vertically outward from the inner layer 314 of the covering member 304, and define a bracket for receiving the protruding locking edges 326a and 326b. Receptions 336a and 336b The receiving points 336a and 336b are designed so that when the covering member 304 is completely installed on the base member 302, the receiving points 336a and 336b and the flanges 326a and 326b can be engaged as much as possible, so that the method shown in FIG. 10B can be used. The cover 304 is surely maintained on the base member 302. As also shown in FIG. 10A, when assembled, the contact point 332 just starts to penetrate the second surface 342 of the base member 302 and is placed on the base member 302. The second surface 342 of the base member 302 is placed opposite to the first surface 312, and, as will be described in more detail below, the contact 322 extends through the center of the base member 302 such that one end of the contact 322 Stretches through the gap .316 and enters the individual conductor space 311 of the cable receiving area 309. As also shown in Figure 10A, the contact 322 is initially placed on the second side 342 of the base member 30 The medium body 344. It is clear that 'refer to FIG. 10C, the contact point 322 is connected to the contact medium body 344, so that it gradually extends outward from the medium body 344 to the first direction. The dimensions of this paper apply Chinese national standards. (CNS) A4 specification (210 X 297 mm) (Please read the notes on the back before filling out this page)-----— II 1111! 11. Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 57 7 4 5 A7 B7 r ί IC: > 0 5 4 pi Γ 5. Description of the Invention (Hong) (Guess to read the precautions on the back before filling in this page) Change the point to place on the second side of the base member 302 342 Inside the gap 350. The gap 350 is modified to accept contacts from mating connectors, mating printed circuit boards, and any other device used to connect to a multi-conductor cable via the connector 300. Although the gap 350 in this embodiment is shown as a discrete gap 350 and is made to receive a plurality of contacts, it is further understood that the gap 350 may include a single blade-type gap without departing from the spirit of the present invention. . As shown in FIG. 10C, when still connected to the medium 344, any one of the plurality of contacts 3 32 is inserted into the gap 350 of the second surface 342 of the base member 302. Therefore, inserting the plurality of contacts 322 into the gap 350 will inevitably fill the base member 302 with the contacts 332, so that the contacts 322 can interact with the conductors of the multi-conductor cable trapped in the cable receiving area 309, so that The method described in more detail below creates an electrical connection. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs as further shown in Figure 10C, any protruding locking edges 326a and 326b include edges 352a, 352b, and any receiving member 344a, 344b also includes a capture member 356a, 356b, placed to extend over the receiving points 336a, 336b, respectively. The catching members 356a, 356b can therefore be combined with the edges 352a, 352b on the protruding locking edges 326a, 326b to enable the cover member 304 and the base member 302 to be kept locked. As shown in FIG. 10D, when the cover member 304 is connected to the base member 302+, the contact point 322 may be separated from the medium body 344 and completely penetrate into the gap 350. External pin contacts and the like can be electrically connected to contact 322. This contact passes through the gap 3 16, 36. This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) A7 B7 457745 l: i I e: 5 0 5 4 pi | V. Description of the Invention (V) Electrical connection with the conductor trapped in the slender cable space 309 is made in a method that will be described in more detail below. Of course, it can be understood that The space defined by the recesses 306 and 310 above the base member 302 and the cover member 304, respectively, and the true shape of the gap 35, will be based on the external contacts and the slenderness used to connect to the connector 300 The shape of the cable varies. With reference to Figures 11A-11C and 12A-12C, the contact 322 is described in more detail here. To be clear, referring to Figures 11A-11C, the contact 322 was initially connected to the medium. Body 344. In this embodiment, the contacts 322 and the media 344 can be made by well-known cutting, casting or etching techniques, and can be placed on the spool 360, so that the multiple contacts 332 can be moved from the spool 360 Release and a selected number The contact 322 can be separated from the spool to be inserted into the connector 300. As shown in FIG. 11A, the contact 3 is connected to the media body 344 at the first end 362, and the second end 364 includes the contact 322 The insulation replaces the end. The first end of the contact 322. The end 36; 2 is connected to the media 344 by a creped, thin interface 366, and can be easily bent by the connection The interface 306 of the end 362 of the point 322 breaks it. Repeatedly bending the media 344 at the interface 366 will cause the media 344 to separate from the first end 362 at the interface 366. The precise form of the contact will now be Refer to Figures 12A-12C below for more detailed description. With particular reference to Figure 12A, the insulation replacement end 364 of the contact 322 includes two blades 370a, 370b defining a space 372. The space 372 is used to receive a multi-conductor cable Conductor, so that the conductor and the inner surfaces of the blades 37〇a, 370b 382a '3S2b, as the actual connection of the contacts shown in Figures 6A-6C, are applied to the paper size of the Chinese National Standard (CNS) A4 (210 X 297 public love) (Please read the notes on the back before filling (Write this page) ---- 1! Order ----
l i n I 經濟部智慧財產局員工消費合作社印製 4古7745 :5054ρί Α7 Β7 五、發明說明（β) ------------Lw-^—— (請先閱讀背面之注意事項再填寫本頁) 施例的同一種方法，產生電性接觸。刀鋒370a，370b盡量 包括點374a，374b，此複數個點用來以和上述相同的方法， 刺穿環繞細長電纜之導體的絕緣體。導體接納空間372在 臨接點374a，374b的地方比較寬，但是接著就變窄到一個 較窄的區域3S0，此區域盡量的在寬度方面比接點3U連 接的導體爲小，以確保導體的外層面與刀鋒37〇a，37〇b的 內層面382a，382b產生接觸。空間372由於向內凸緣引導 面3 76a，3 76b而變窄，此引導面成型於接點322之絕緣替 代末端364，臨接於點37如’ 37仆。引導面376a，376b用 來導引嵌入絕緣材料中的導體進入空間372內的較窄區域 380，使得刀鋒370a，370b的內層面382a，382b能與導體 產生物理及電性的接觸。 任一刀鋒370a，370b也盡量包括了從點37乜，37补 往外伸展的向外凸緣面384,此凸緣面用來推進環繞於導 體的絕緣體之一部分遠離導體。導體接著暴露出來，以允 許導體被引導進空間380，使得內部牆382a，382b能物理 性的接觸導體。 經濟部智慧財產局員工消費合作社印製 如同也在第12A-12C所繪示的，接點322的絕緣替代 末端364包括了在刀鋒構件370a’370b內形成的兩凹入處 39〇a ’ 39〇b。凹入處390a，390b是放置在刀鋒構件37〇a， 37〇b上的一個選定的區域中，使得凹入處390a，39〇b放 置於一個平面上，此平面定義的係爲，當多導性電纜被放 置在連接器100之接納空間309的時候，多導性電纜內之 導體所形成的一個平面。因此，凹入處390a，.390b在刀鋒 本紙張尺度過用〒國囡家標準（CNS)A4規格（21〇 χ 2耵公釐） ：5 () 5 -I I 4 5 7 7 4'& A7 ：5 () 5 -I I 4 5 7 7 4'& A7 經濟部智慧財'產局員工消費合作社印製 B7 五、發明說明（β) 370a，370b上的一個區域中成型，使得當接點322以如上 述第10B與10C圖一樣的方法整個被放置在連接器3〇0 的時候，凹入處390a，390b與電纜接納空間3〇9排成一’線、 其中電纜接納空間，由基底構件302的第一表面3 1 蓋3〇4的內層面3Mfe義而成。凹入處39〇協助確，:: 接點322連接到細長電纜的導體時，會有較大的跟 力i都邊緣與 較大量的絕緣體保留在刀鋒構件370a，370b的外Ά邀 臨接導體之間，更進一步，如同將於底下更詳細說明的’ 這種接觸的形式也能減少絕緣體的冷流動。 如同第12A與12B圖所繪示，接點322也包括了 一個’ 連接絕緣替代末端364與接點322之第一末端362的中心 區域394。在中心區域394與接點322之絕緣替代末端364 的交界面’一個弧狀凹入處396在中心區域394的第一邊 緣上成型。此弧狀凹入處用來使得中心區域394在第一方 向被輕微的彎曲，使得它能偏向第一方向。一個接觸面400 也同時在接點322之中心區域394的第一邊緣上成型，使 之能從接點322之中心區域394向外沿著第一方向伸展。 接觸面400用來與經由連接器3〇〇，與細長電纜相連接的 裝置之外部針腳相咬合 如同第13A與13B圖所繪示，接觸面400擺置在臨接 接點322之第一末端362的位置，而且當與空隙350 _以及 基底構件3〇2連接的時候，接觸面4〇〇立即放置於與基底 構件302的第二邊緣342之臨接位置，並臨接於空隙35〇 的一個牆w中心部分39*4將接點372往內偏向進入空隙 ΐ紙張尺度適用中國國_家標準（CNS)A4規格（210 X 297公釐)' --- (請先閱讀背面之注意事項再填寫本頁：> ' . I 1111!1 --—II---- 457745 ί·' ί ( c : 5 0 5 4 p i A7 B7 五、發明說明（4) 350,使得能在插入空隙350與接點322的針腳之間保持良 好的電性連接。 (請先閱讀背面之注意事項再填寫本頁) 接點322能以多變的不同方法來成型，而它們的真正 形狀會跟隨接點所放置的連接器之外型而變化。從緊接著 的討論我們將可以輕易的瞭解，接點322可以與有著連接 器300之外型的連接器相結合，或者以與上述連接器100 相似的連接器相結合。 經濟部智慧財產局員工消費合作社印製 參考第13A與13B圖，我們將敘述把接點322放置在 基底構件302內，以及將接點322之絕緣替代末端364插 入多導性電纜中的狀況。淸楚的說，第13A圖顯示了，當 剛開始，儘管仍然連接於媒介體344上，接點322被放置 於基底構件302之第二表面342上的空隙350之中的時 候，接點322的位置。如同所顯示的，空隙350完全的伸 展穿越基底構件302，以來與開在成型於基底構件302中 之第二表面342上的凹入處306的空隙316相連結。剛開 .始，儘管仍然連接於媒介體344，我們放置接點322，使得 刀鋒370a，370b的點374a，374b與形成凹入處316之材 料的頂點排成一列，以使絕緣替代末端364能以第13 A圖 所示的方法放置於空隙316的凹處。 接下來，多導性電纜404與基底構件302之第一表面 312臨接放置，而遮蓋構件304與基底構件302則以鎖定 構造324來連接。然後，細長電纜404陷入在由遮蓋構件 304之內層面314與基底構件302之第一表面312所定義 的電纜接納空間309中。如上所述，細長電纜404大體上 40 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 457 7 4 經濟部智慧財產局員工消費合作杜印製 A7 B7 五、發明說明（川） 包括了複數個導體4 12,任一導體都被絕緣體410所環繞。 絕緣體410通常是塑膠材質，而且環繞任一導體的絕緣體 410，會與環繞臨接導體412的絕緣體410相連。凹入處 306與310的形成定義了空間311，此空間比環繞任一導體 412的絕緣體410之外徑略微小一些。因此，凹入處306， 310的內牆與絕緣體410相咬合，所以當遮蓋304與基底 構件302相連接的時候，絕緣體410就受到壓縮，使得環 繞於導體41.2的絕緣體，在相對於包括接點322之基底構 件3〇2中之空隙316的空間311中，能位於所需的方位。 在本實施例中，導體412接下來被集中於導體空間311中。 在連接鄰近導體的絕緣體中會有點彈性，以允許接下來將 細長電纜404之任一導體412集中在空間311時所需的側 向移動。 接下來，接點322被推動，使得接點322的絕緣替代 末端364能刺入環繞導體412的絕緣體410中。接點322 導引已嵌入的導體4丨2，進入接點322之絕緣替代末端的 狹窄區域38〇中，使得刀鋒370a，37〇b之內牆382a，3 82b 能與導體4〖2，以繪示於第13B圖中的方法，產生物理性 接觸。在本實施例中，接點3M被推進基底構件302中， 使得接點3M與導體412，因爲組合器將媒介體344推往 基底樺件3〇2之第二表面W2，而產生電性連接。 在本實施例中，空隙350包括了緊連基底構件302之 第一表面312的導引區域420。導引區域420的寬度盡量 只比接點322之絕緣替代末端364最寬的地方稍大一點。 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） --Ill — — I I I I --- (請先閱讀背面之注意事項再填寫本頁) 訂： -_w, A7 B7 457745 五、發明說明（π) 導引區域420減少了在進行絕緣替代程序的時候，絕緣替 代末端364之刀鋒370a，37〇b被彎向臨接導體412的可能 性。淸楚的說，既然刀鋒構件370a，370b在插入程序中被 充分的限制在導引區域420中，由於刀鋒3 70a，3 70b的力 矩臂受限於導引區域420與導體412的接近程度，所以刀 鋒370a，370b被彎離放置於空間311裡之導體412上的可 能性就降低了。就某一方面來說，狹窄引導區域420用來 作爲承盤，用來使任一接點322之絕緣替代末端364的刀 鋒370a，370b，在插入程序中，保持與陷入於空間311中 之相對應導體412之間所需的關係。 更進一步，如同也繪示於第13B圖中1凹入處390a， 390b分別被製造與放置在刀鋒構件370a，370b上，使得 一旦接點322連接到相對應的導體412時，凹入處390a， 390b能插入在沿著細長電纜404之相鄰導體412之間的線 上。因此，接點322被設計成，當接點322放置在電纜接 納區域309裡的時候，凹入處390a，390b增加了接點322 與臨接導體412間的距離。這個距離上的增加，使得接點 322之外緣與在電纜接納區域309裡的臨接導體412之 間，能有更好的絕緣效果。如同第13B圖所繪示，基底構 件3〇2將臨接的接點322彼此分開。此外，遮蓋構件304 的空隙320，在到導體412的連結成立以後，也接納刀鋒 370的點374a，374b，使得能更進一步的將臨接之接點322 的絕緣替代末端364加以絕緣。這只在接點322被置於臨 接其他接點3U或導體412的電纜接納區域309中發生。 42 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） c請先閱讀背面之注意事項再填寫本頁) · I------訂---------#' 經濟部智慧財產局員工消費合作社印製 經濟部智慧財產局員工消費合作社印製 457745 五、發明說明) 然而’凹入處390a ’ 390b，利用增加接點322之外緣與臨 接導體412間的距離，來增進本實施例中接點322與臨接 導體412間的絕緣度。 此外’當接點3U的絕緣替代末端364進入環繞每一 導體的絕緣體401中的時候，絕緣體410中的一部.份，被 刀鋒370a，370b之向外凸緣面384a，384b往外推離接點 322的空間372。當接點332充分的插入細長電纜404中的 時候，絕緣體414的一部份，甚或全部，會被推進凹入處 390a，390b中。因此，不但凹入處380a，380b增加了接 點322與臨接導體412之間的距離，凹入處390a，390b盡 量充滿了絕緣材料410,能加強導體與臨接導體間的絕緣。 此外，申請人觀察到，因爲在將接點322的絕緣替代 末端364插入電纜411之後，凹入處390a，390b允許絕緣 體412放鬆，進入凹入處390a，390b，所以在連接器300 連接到多導性電纜404之後，導體412大體上更有可能保 持在共同的平面上。在本實施例中，此共同平面是電纜接 納區域309的平面。在由電纜接納區域309所定義的平面 中，導體412大體上的排列導致了施到絕緣體410的壓力 減少，因此在臨接於接點322之外緣的多導性電纜區域 中，絕緣體410的冷流動量會減少。因此起因於導體被挪 走的壓力所造成之絕緣體將接點32；2從臨接導體分開的冷 流動的可能性，就大幅的減少了。因此，當接點被插入多 導性電纜中的時候，臨接的導體更可能與接點保持絕緣。 由以上所述，可以瞭解的是，連接器300揭露了一個 43 本紙張尺度適用辛國國家標準（CNS)A4規格<210 X 297公釐） (請先閲讀背面之注意事項再填寫本頁)lin I Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 4 古 7745: 5054ρί Α7 Β7 V. Description of Invention (β) ------------ Lw-^ —— (Please read the note on the back first Please fill in this page again for the same method) as in the example, and make electrical contact. The blades 370a, 370b include points 374a, 374b as much as possible, and these points are used to pierce the insulator surrounding the conductor of the elongated cable in the same manner as described above. The conductor receiving space 372 is wider near the contacts 374a and 374b, but then narrows to a narrower area 3S0. This area is as small as possible in width compared to the conductor connected to the contact 3U to ensure that the conductor The outer layer makes contact with the inner layers 382a, 382b of the blades 37a, 37b. The space 372 is narrowed by the inward flange guide surfaces 3 76a, 3 76b. This guide surface is formed at the insulation replacement terminal 364 of the contact 322, and is adjacent to the point 37, such as the '37. The guide surfaces 376a, 376b are used to guide the conductor embedded in the insulating material into the narrower area 380 in the space 372, so that the inner layers 382a, 382b of the blade 370a, 370b can make physical and electrical contact with the conductor. Any of the blades 370a, 370b also includes as far as possible an outward flange surface 384 that extends outward from the points 3737, 37. This flange surface is used to push a part of the insulator surrounding the conductor away from the conductor. The conductor is then exposed to allow the conductor to be guided into the space 380 so that the inner walls 382a, 382b can physically contact the conductor. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, as also shown in 12A-12C, the insulation replacement end 364 of the contact 322 includes two recesses 39a '39 formed in the blade member 370a'370b 〇b. The recesses 390a, 390b are placed in a selected area on the blade member 37oa, 37ob, so that the recesses 390a, 39ob are placed on a plane. The plane is defined as, when When the conductive cable is placed in the receiving space 309 of the connector 100, a plane formed by the conductors in the multi-conductive cable. Therefore, the recesses 390a, .390b have been used in the paper size of the blade. The standard of the National Standard (CNS) A4 (21〇χ 2 耵 mm): 5 () 5 -II 4 5 7 7 4 '& A7 ： 5 () 5 -II 4 5 7 7 4 '& A7 Printed by B7 of the Intellectual Property Department of the Ministry of Economic Affairs' Consumer Cooperatives. V. Invention description (β) 370a, 370b is formed in a region, so that when connected The point 322 is placed on the connector 300 in the same way as in the above-mentioned Figures 10B and 10C. The recesses 390a, 390b and the cable receiving space 309 are aligned in a line. The cable receiving space is formed by The first surface 3 1 of the base member 302 is covered by the inner layer 3Mfe of the 304. The recess 39〇 assists in confirming that: When the contact 322 is connected to the conductor of the slender cable, there will be a large follower force i. Both edges and a large amount of insulators remain on the outer edge of the blade member 370a, 370b to invite the conductor Furthermore, the form of contact, as will be explained in more detail below, also reduces the cold flow of the insulator. As shown in Figures 12A and 12B, the contact 322 also includes a central region 394 'that connects the insulation replacement end 364 to the first end 362 of the contact 322. An arc-shaped recess 396 is formed on the first edge of the central area 394 at the interface between the central area 394 and the insulation-replacement end 364 of the contact 322. This arc-shaped recess is used to make the central area 394 slightly bent in the first direction, so that it can be biased to the first direction. A contact surface 400 is also formed on the first edge of the central area 394 of the contact 322 at the same time, so that it can extend outward from the central area 394 of the contact 322 in the first direction. The contact surface 400 is used to engage the external pins of the device connected to the slender cable through the connector 300. As shown in FIGS. 13A and 13B, the contact surface 400 is placed at the first end of the contact point 322. 362 position, and when connected with the gap 350 _ and the base member 302, the contact surface 400 is immediately placed at a position adjacent to the second edge 342 of the base member 302, and adjacent to the gap 35 The central part of a wall 39 * 4 will bias the contact point 372 inwardly into the gap. The paper size applies to China's standard (CNS) A4 specification (210 X 297 mm) '--- (Please read the precautions on the back first Fill out this page again: > '. I 1111! 1 --- II ---- 457745 ί ·' ί (c: 5 0 5 4 pi A7 B7 V. Description of the invention (4) 350, so that the gap can be inserted The 350 and the contacts of the contact 322 maintain a good electrical connection. (Please read the precautions on the back before filling out this page) The contacts 322 can be formed in a variety of different ways, and their true shape will follow the connection The shape of the connector where the point is placed varies. From the discussion that follows, we will easily understand that the connection The point 322 can be combined with a connector having a shape other than the connector 300, or a connector similar to the connector 100 described above. Printed with reference to Figures 13A and 13B by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs, we will Describe the situation where the contact 322 is placed in the base member 302, and the insulation instead of the end 364 of the contact 322 is inserted into the multi-conducting cable. It is clear that Figure 13A shows that when initially, it is still connected to The position of the contact point 322 when the contact point 322 is placed in the gap 350 on the second surface 342 of the base member 302 on the medium body 344. As shown, the gap 350 completely extends through the base member 302. It is connected to the gap 316 which is formed in the recess 306 formed on the second surface 342 formed in the base member 302. At the beginning, although it is still connected to the medium 344, we place the contact 322 so that the blades 370a, 370b The points 374a, 374b are aligned with the vertices of the material forming the recess 316, so that the insulation replacement tip 364 can be placed in the recess of the gap 316 in the manner shown in Figure 13 A. Next, the polyconducting electricity The cable 404 is placed adjacent to the first surface 312 of the base member 302, and the cover member 304 and the base member 302 are connected by a locking structure 324. Then, the elongated cable 404 is trapped in the inner layer 314 of the cover member 304 and the base member 302. The cable receiving space 309 defined by the first surface 312. As mentioned above, the elongated cable 404 is roughly 40 paper sizes applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 457 7 4 Intellectual Property of the Ministry of Economic Affairs Bureau's consumer cooperation, printed by Du A7 B7 V. Description of the Invention (Sichuan) Includes a number of conductors 4 12. Any conductor is surrounded by an insulator 410. The insulator 410 is usually a plastic material, and the insulator 410 surrounding any conductor is connected to the insulator 410 surrounding the adjacent conductor 412. The formation of the recesses 306 and 310 defines a space 311 which is slightly smaller than the outer diameter of the insulator 410 surrounding any conductor 412. Therefore, the inner walls of the recesses 306, 310 are engaged with the insulator 410, so when the cover 304 is connected to the base member 302, the insulator 410 is compressed, so that the insulator surrounding the conductor 41.2 is relatively The space 311 of the void 316 in the base member 302 of 322 can be located in a desired orientation. In this embodiment, the conductor 412 is next concentrated in the conductor space 311. There will be a bit of flexibility in the insulator connecting the adjacent conductors to allow the lateral movement required when any one of the conductors 412 of the elongated cable 404 is then concentrated in the space 311. Next, the contact 322 is pushed so that the insulated replacement tip 364 of the contact 322 can penetrate into the insulator 410 surrounding the conductor 412. The contact 322 guides the embedded conductor 4 丨 2 into the narrow area 38 of the insulation replacement end of the contact 322, so that the inner walls 382a, 3 82b of the blade 370a, 37b can communicate with the conductor 4 2 The method shown in Figure 13B produces physical contact. In this embodiment, the contact point 3M is pushed into the base member 302, so that the contact point 3M and the conductor 412, because the combiner pushes the medium 344 to the second surface W2 of the base birch piece 302, thereby generating an electrical connection . In this embodiment, the gap 350 includes a guide region 420 that is closely connected to the first surface 312 of the base member 302. As far as possible, the width of the guide area 420 is slightly larger than the widest portion of the insulation replacement end 364 of the contact 322. This paper size applies Chinese National Standard (CNS) A4 specification (210 X 297 mm) --Ill--IIII --- (Please read the precautions on the back before filling this page) Order: -_w, A7 B7 457745 5 Explanation of the invention (π) The guide area 420 reduces the possibility that the blade edges 370a, 37b of the insulation replacement end 364 will be bent toward the adjacent conductor 412 when the insulation replacement procedure is performed. To put it bluntly, since the blade members 370a, 370b are fully confined in the guide area 420 during the insertion procedure, since the moment arms of the blades 3 70a, 3 70b are limited by the proximity of the guide area 420 to the conductor 412, Therefore, the possibility that the blades 370a and 370b are bent away from the conductor 412 placed in the space 311 is reduced. In a certain aspect, the narrow guide area 420 is used as a support plate, which is used to insulate any of the contacts 322 to replace the blades 370a, 370b of the end 364. During the insertion process, the phase of the blade 370a and 370b is maintained in the same manner as the space 311 Corresponding relationship between conductors 412 is required. Furthermore, as shown in FIG. 13B, the recesses 390a, 390b are manufactured and placed on the blade members 370a, 370b, respectively, so that once the contact 322 is connected to the corresponding conductor 412, the recess 390a 390b can be inserted on a line between adjacent conductors 412 along the elongated cable 404. Therefore, the contacts 322 are designed such that when the contacts 322 are placed in the cable receiving area 309, the recesses 390a, 390b increase the distance between the contacts 322 and the adjacent conductors 412. This increase in distance allows better insulation between the outer edge of the contact 322 and the adjacent conductor 412 in the cable receiving area 309. As shown in FIG. 13B, the base member 302 separates the adjacent contacts 322 from each other. In addition, the gap 320 of the covering member 304 also accepts the points 374a, 374b of the blade 370 after the connection to the conductor 412 is established, so that the insulation of the adjacent contact 322 can be further replaced instead of the end 364 for insulation. This occurs only when the contact 322 is placed in the cable receiving area 309 adjacent to the other contact 3U or the conductor 412. 42 This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) c Please read the notes on the back before filling this page) · I ------ Order -------- -# 'Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by 457745 5. Description of the invention The distance between 412 is to improve the insulation between the contact 322 and the adjacent conductor 412 in this embodiment. In addition, when the insulation of the contact 3U replaces the end 364 into the insulator 401 surrounding each conductor, a part of the insulator 410 is pushed outward by the outward flange surfaces 384a, 384b of the blade 370a, 370b. Point 322 is space 372. When the contact 332 is fully inserted into the elongated cable 404, a part, or even all, of the insulator 414 is pushed into the recesses 390a, 390b. Therefore, not only the recesses 380a, 380b increase the distance between the contacts 322 and the adjacent conductors 412, but the recesses 390a, 390b are filled with the insulating material 410 as much as possible, which can strengthen the insulation between the conductors and the adjacent conductors. In addition, the applicant has observed that since the recesses 390a, 390b allow the insulator 412 to relax and enter the recesses 390a, 390b after inserting the insulation-replacement end 364 of the contact 322 into the cable 411, the connector 300 is connected to multiple After the conductive cable 404, the conductor 412 is generally more likely to remain on a common plane. In this embodiment, this common plane is the plane of the cable receiving area 309. In the plane defined by the cable receiving area 309, the general arrangement of the conductors 412 causes a reduction in the pressure applied to the insulator 410. Therefore, in the region of the multi-conductor cable adjacent to the outer edge of the contact 322, the Cold flow will decrease. Therefore, the possibility of the cold flow of the insulator separating the contacts 32; 2 from the adjacent conductor due to the pressure of the conductor being removed is greatly reduced. Therefore, when a contact is inserted into a polyconducting cable, the adjacent conductor is more likely to remain insulated from the contact. From the above, it can be understood that the connector 300 exposes a 43 paper size that applies to the National Standard (CNS) A4 specification <210 X 297 mm) (Please read the precautions on the back before filling this page )
457745 I7 i I c : 5 0 5 4 p M' A7 B7 五、發明說明（钟） (請先閱讀背面之注音ί事項再填寫本頁) 連接器的實施例，此實施例不需使用承盤構件，並且更允 許接點被複數個的載入基底構件302的外層面。臨接於基 底構件302之第一表面3 12的基底構件302的區域，做成 能從側面限制刀鋒370a，370b的形狀，使得刀鋒能如同上 述的正確擺置插入該導體。可以瞭解的是，這種連接器的 型態可以用在各種不同型態的接點上，包括了參考第6A-6C圖的接點。 此外，由之前的討論，很明顯的，本實施例的連接器 30◦也描述了一個，用來增進接點外緣與臨接導體間之絕 緣性的接點。可以更進一步瞭解的是，在不違背本發明的 精神的狀況下，接點的精確型態將會隨著應用而變化，而 且參考接點322而描述的凹入處，也可以在其他型態的接 點上成型，例如在上面討論，與第6A-6C圖有關的接點。 經濟部智慧財產局員工消費合作社印製 雖然本發明的一實施例已經顯示，描述，並且指出應 用在這些實施例中，本發明之主要的新奇特點；但要瞭解 的是，任何熟習此技藝者，在不脫離本發明之精神和範圍 內，當可作各種裝置之更動，刪除與潤飾。因此本發明之 保護範圍不受限於上面的敘述，當視後附之申請專利範圍 所界定者爲準。 44 本紙張尺度適用中國國家標準（CNS)A4規烙（210 Χ 297公釐）457745 I7 i I c: 5 0 5 4 p M 'A7 B7 V. Description of the invention (bell) (please read the note on the back before filling this page) An example of the connector. This embodiment does not require the use of a tray. Components, and more allows the contacts to be loaded into the outer layer of the base component 302. The area of the base member 302 adjacent to the first surface 312 of the base member 302 is shaped to restrict the blade edges 370a, 370b from the side so that the blade can be inserted into the conductor correctly as described above. It can be understood that the type of this connector can be used for various types of contacts, including the contacts referring to Figures 6A-6C. In addition, from the previous discussion, it is clear that the connector 30 of this embodiment also describes a contact for improving the insulation between the outer edge of the contact and the adjacent conductor. It can be further understood that, without departing from the spirit of the present invention, the precise shape of the contact will change with the application, and the recesses described with reference to the contact 322 may also be in other types The contacts are shaped, such as the contacts discussed above in relation to Figures 6A-6C. Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. Although one embodiment of the present invention has been shown, described, and pointed out the main novel features of the present invention applied to these embodiments; however, it should be understood that Without departing from the spirit and scope of the present invention, modifications, deletions and retouching of various devices can be made. Therefore, the scope of protection of the present invention is not limited to the above description, and it shall be determined by the scope of the appended patent application. 44 This paper size applies Chinese National Standard (CNS) A4 (210 x 297 mm)