1364881 九、發明說明： 【發明所屬之技術領域】 本發明係關於以簡潔之組裝方式將分歧配線連接之電線 端子連接器。 【先前技術】 / 現有之電線端子連接器27，其係採用如圖9所示之使用 單一金屬套管28，並使其變形以夾接多條配線29的方式， 冑配線29彼此電性連接，且於金屬套管28及裸露於配線29 覆皮外之裸線30上纏繞並包覆絕緣膠帶，而使分歧配線29 連接並使其與外部絕緣。 為防止配線29之裸線30剪斷處有刺穿包覆絕緣膠帶之 貞’故於套接金屬套管28時’泰半將裸線3()之剪斷處反折 至金屬套管28内，以避免其尖銳之裸線3〇之剪斷處刺穿包 覆之絕緣膠帶。如圖1G所示，惟日經月累，如此之防護措 施亦難以確保反折處因應力集中而造成裸線％斷裂，故現 • 有之電線端子連接器27仍難以確保斷裂之裸線不會刺穿包 覆之絕緣勝帶，而與其他配線接觸，進而使其他配線之絕 緣覆皮磨損，並與其他配線產生短路。 j 另在套接金屬套管28時，欲將金屬套管28與裸線30相互 . ®定：’因金屬套管28邊緣有銳角時，也會有切斷裸線3〇 的可能，使配線28的電阻變大或電性無法導通之現象發 生。 另外’現有之電線端子連接器27係包覆絕緣膠帶，使其 金屬套營28及裸露於配線29覆皮外之裸線％與外部絕緣了 132689.doc 1364881 惟絕緣膠帶無法完全確保水氣、雨水、泥水等含水物侵入 其内。一但水氣等侵入絕緣膠帶内時，以現有之電線端子 連接器2 7之包覆方法反而使水氣等不易排出至絕緣膠帶之 外。卩因此谷易造成配線29銹姓，導致配線29所連接之電 盗產生不作動或誤作動之情況，又使配線29加速老化而產 生使用年限縮短等之問題。 . 【發明内容】 φ 對於上述各知電線端子連接器之問題，長久以來業界及 ^用者皆希望能獲得-有效的改善解決方案。而本發明則 是發明人針對上述習知電線端子連接器中所存在之問題， • #心思考並長久致力於研發之後，而提出之一嶄新之解決 方案。#即，本發明之目的在於提供一種電線端子連接 器’其係以簡潔之組裝方式將分歧配線連接，不需在配線 分歧端以單-金屬套管夾接多條配線，亦不需在上述金屬 套管及裸露於配線覆皮外之裸線上纏繞並包覆絕緣膠帶， • 即可使分歧配線連接並確保其與外部絕緣，亦預防因上述 裸線斷裂而刺穿上述絕緣膠布，進而防止與其他配線產生 短路等之問題。另外，於本發明之較佳實施例中，亦可使 、 電線端子連接器之内部與外部通氣，而使水氣、雨水、泥 水等含水物不致一直留滞於電線端子連接器内，進而達成 • 較佳的配線品質。 • ㈣而言，本發明之請求項1之發明，係一種電線端子 連接器，其特徵在於包含：連接器本體，其係開設有複數 個接腳插入通孔；接腳端子，其係裝設於上述複數個接腳 132689.doc 1364881 插入通孔之接腳端子安裝側，一體形成其上具有用以嵌接 複數個第1接腳之複數個第2接腳；及連接器外蓋，其係套 盍於連接器本體，形成用以使裝設後之上述接腳端子與外 部絕緣。 根據本發明之上述構成，於組裝上述電線端子連接器前， 可事先將各上述配線之上述裸線上裝設上述第1接腳，然後 , 將各上述配線之上述第1接腳插入上述接腳插入通孔與上述 _ 第2接腳相接合後，將上述連接器本體套入至上述連接器外 蓋内即可，因此本發明不必再使用絕緣膠帶包覆上述電線端 子連接器，且可確保上述裸線不會裸露於上述電線端子連接 器之外部’而防止與其他配線產生短路之問題，進而達成降 低上述配線因電線端子連接器所造成損害的效果。 本發明之凊求項2之發明，係如請求項1之電線端子連接 器’其中上述接腳端子係連接板並列複數個上述第2接腳 且形成為门形之金屬導電件。 φ 根據本發明之上述構成’上述接腳端子之各上述第2接 腳皆位於同側，使上述配線連接後之出入方向一致而易於 整線配置。 - 本發明之請求項3之發明，係如請求項2之電線端子連接 . 器，其中上述連接器外蓋上開設有蓋透氣孔。 . 上述蓋透氣孔之位置可於上述連接板相對向之面上，也 可於上述連接器外蓋之側邊。 根據本發明之上述構成，可使侵入上述電線端子連接器 内之水氣等，自上述蓋透氣孔蒸散至上述電線端子連接器 132689.doc 卜P可防止上述裸線、上述第1接腳、及具上述第2接腳 述接腳端子因長期浸潤於含水環境中而導致銹蝕。 。。本發$之π求項4之發明’係如請求項3之電線端子連接 /、中上述接腳端子用以連接複數個上述第2接腳之連 接板上開設有接腳端子透氣孔。 據本發月之上述構成，可使上述電線端子連接器内部 之透氣效果更佳。 。本發明之請求項5之發明，係如請求項4之電線端子連接 ° 中上述連接|S本體之上側面與上述連接器外蓋之上 側面分別裝設有相卡合之卡合組件。 根據本發明之上述構成，上述卡合組件係於上述連接器 本體之上侧面裝設有卡合突起，於上述連接器外蓋之上側 2設有與上述卡合突起相卡合之卡合孔；或於上述連接 器本體之上側面裝設有卡人 ^ L ^ ± 卞σ凹溝，於上述連接器外蓋之上 側面内面裝設有與上述卡人 卞13凹溝相卡合之卡合突起》藉由 此之構成可使上述連接夕卜甚尤且& 楼15外蓋不易與上述連接器本體分 离隹0 本：明之請求項6之發明，係如請求項5之電線端子連接 ㈣I中上4連接器本體之側面緣部與上述連接器外蓋内 側緣角形成相對應嵌合用倒角對應組。 太：據本發明之上述構成，上述倒角對應組係上述連接器 :體：於上側面和前、後側面之連接部各配設有突起倒 :，=形成與下側面和前、後側面之連接部不同形狀之倒 角1由如此之構成可使上述電線端子連接器於組裝時， 132689.doc 136488l 可將上述連接器本體正確地套入上述連接器外蓋，免除因 組裝錯誤而導致生產成本提高。 本發明之請求項7及8之發明，係分別如請求項5及6之電 線端子連接器，其中上述連接器本體之至少一側面與上述 連接器外盍之相對向側面上分別配設有相導引之導引組 件》 . 根據本發明之上述構成，上述導引組件係於上述連接器 _ 本體之上述側面配設有突起導執，於上述連接器外蓋之上 述相對向侧面配設有與上述突起導執相導引之導引開口； 或於上述連接器本體之上述侧面配設有導槽，於上述連接 器外蓋之上述相對向側面配設有與上述導槽相導引之導引 突起。藉由如此之構成可使上述電線端子連接器於組裝 後 了使上述連接器外蓋更穩固地嵌套於上述連接器本 體》 〇 本發明之請求項9之發明，係如請求項丨至8任一項之電 • 線端子連接器’其中上述連接器本體之前、後側面各突設 有握持突起部。 根據本發明之上述構成，上述連接器本體更容易握持， • 故使上述電線端子連接器之組裝性更佳。 . 本發明之請求項10及11之發明，係分別如請求項丨至8任 • 一項及請求項9之電線端子連接器，其中各上述接腳插入 ' 通孔之長度方向上至少一内側面設置用以固持上述第！接 腳與上述第2接腳相嵌接後之組合狀態之接腳配線辅助凸 軌。 132689.doc -10- 1364881 根據本發明之上述構成，上述接腳配線輔助凸執除了可 固持上述第1接腳與上述第2接腳相嵌接後之組合狀態外， 更可減少並防止上述配線過度晃動，防止配線因長期配設 於易震動裝置之環境下使得上述配線内之導線產生金屬疲 勞而導致上述導線斷裂、接觸不良之效果。 【實施方式】 以下參照圖式，詳細說明本發明之實施方式。 圖1係顯示本發明之電線端子連接器與配線之組裝方式 之别方分解立體圖。圖2係顯示圖丨之電線端子連接器之結 合立體圖。圖3係顯示圖2之電線端子連接器之後方分解立 體圖。如圖1、2所示，本發明之電線端子連接器丨包含： 連接器本體2，其係開設有複數個接腳插入通孔5;接腳端 子3,其係裝設於複數個接腳插入通孔5之接腳端子安裝 側，一體形成其上具有用以嵌接複數個第丨接腳6之複數個 第2接腳7;及連接器外蓋4,其係套蓋於連接器本體2,形 成用以使裝設後之接腳端子3與外部絕緣。 藉由本發明之構成，於組裝電線端子連接器丨前，可事 先將各配線8之裸線9上裝設第丨接腳6，然後將各配線8之 第1接腳6插入接腳插入通孔5與第2接腳7相接合後，將連 接器本體2套入至連接器外蓋4内即可，因此本發明具有不 必再使用絕緣膠帶包覆電線端子連接器丨’且可確保裸線9 不會裸露於電線端子連接器丨之外部，而防止與其他配線 產生短路之問題，進而達成降低配線8因電線端子連接器i 所造成損害的效果。 132689.doc 1364881 本發明之接腳端子3之較佳實施例係連接板1〇並列複數 個第2接腳7且形成為门形之金屬導電件。 藉由本發明之構成’接腳端子3之各第2接腳7皆位於同 側’具有使配線8連接後之出入方向一致而易於整線配置 之效果。 ·- 如圖3所示，本發明之連接器外蓋4之較佳實施例係其上 . 開設有蓋透氣孔11。 • . Φ 蓋透氣孔11之位置可於連接板10相對向之面上，也可於 連接器外蓋4之側邊。 藉由本發明之構成，可使侵入電線端子連接器1内之水 氣等，自蓋透氣孔U蒸散至電線端子連接器丨外部，具有 可防止裸線9 '第丨接腳6、及具第2接腳7之接腳端子3因長 期浸潤於含水環境中而導致銹钮之效果。 本發明之接腳端子3之較佳實施例係用以連接複數個第2 接腳7之連接板10上開設有接腳端子透氣孔12。 • 藉由本發明之構成’具有可使電線端子連接器1内部之 透氣效果更佳之效果。 本發明之電線端子連接器1之較佳實施例係連接器本體2 之上側面與連接器外蓋4之上側面分別裝設有相卡合之卡 • 合組件13。 ί 2明之卡合組件13係於連接器本體2之上側面裝設有 . 卡D犬起14，於連接器外蓋4之上側面裝設有與卡合突起 =相卡口之卡合孔15;或於連接器本體2之上側面裝設有卡 合凹溝（未圖示），於連接器外蓋4之上側面内面裝設有與上 132689.doc 1364881 述卡合凹溝相卡合之卡合突起(未圖示)。藉由本發明之構 成，具有可使連接器外蓋4不易與連接器本體丨分離。 本發明之電線端子連接器丨之較佳實施例係連接器本體2 之侧面緣部與連接器外蓋4内側緣角18形成相對應嵌合用 倒角對應組1 6。 本發明之倒角對應組16係連接器本體2之於上側面和 月_J、後側面之連接部各配設有突起倒角17 ;或形成與下侧 面和前、後側面之連接部不同形狀之倒角19。藉由如此之 構成，可使電線端子連接器丨於組裝時，具有可將連接器 本體2正確地套入連接器外蓋4,免除因組裝錯誤而導致生 產成本提高之效果。 圖4係顯示本發明一實施例之電線端子連接器之前方分 解立體圖。圖5係顯示圖4之電線端子連接器之結合立體 圖。圖6係顯示圖5之電線端子連接器之後方分解立體圖。 如圖4〜6所示，本發明之電線端子連接器丨之較佳實施 例係連接器本體2之至少一側面與連接器外蓋4之相對向侧 面上分別配設有相導引之導引組件2〇。 本發明之導引組件20係於連接器本體2之上述侧面配設 有突起導軌21，於連接器外蓋4之上述相對向側面配設有 與突起導軌21相導引之導引開口 22 ;或於連接器本體之之 上述側面配設有導槽23，於連接器外蓋4之上述相對向側 面配設有與導槽23相導引之導引突起24。藉由如此之構 成，可使電線端子連接器1於組裝後，具有可使連接器外 蓋4更穩固地嵌套於連接器本體2之效果。 132689.doc -13- 1364881 圖7係顯示本發明之連接器外蓋之變形例之立體圖。連 接器外蓋4亦可如圖7所示實施變形例。 本發明之電線端子連接器1之較佳實施例係連接器本體2 之前、後侧面各突設有握持突起部25。 藉由如此之構成，連接器本體2更容易握持，故使電線 / 端子連接器1之組裝性更佳》 • 本發明之電線端子連接器1之較佳實施例係各接腳插入 Φ 通孔5之長度方向上至少一内側面設置用以固持第1接腳6 與第2接腳7相嵌接後之組合狀態之接腳配線辅助凸軌％。 圖8係顯示本發明之電線端子連接器之接腳配線辅助凸 • 執之構造剖面圖。如圖8所示，藉由如此之構成，接腳配 線輔助凸軌26除了可固持第1接腳6與第2接腳7相嵌接後之 組合狀態外，更可減少並防止配線8過度晃動，具有防止 配線8因長期配設於易震動裝置之環境下使得配線8内之導 線產生金屬疲勞而導致上述導線斷裂、接觸不良之效果。 參 本發明之技術内谷及技術特點已揭示如上，然而熟悉本 項技術之人士仍可基於上述本發明之教示及揭示而作種種 不悖離本發明精神之替換及修飾。因此，本發明之保護範 ' 圍應不限於實施例所揭示者，而應包括各種不悖離本發明 ’ 之替換及修飾，並為以下之申請專利範圍所涵蓋。 • 【圖式簡單說明】 • 圖1係顯示本發明之電線端子連接器與配線之組裝方式 之前方分解立體圖。 圖2係顯示圖1之電線端子連接器之結合立體圖。 132689.doc -14·1364881 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a wire terminal connector for connecting a branch wiring in a compact assembly manner. [Prior Art] / The existing wire terminal connector 27 is a method in which a single metal bushing 28 is used as shown in FIG. 9 and deformed to sandwich a plurality of wires 29, and the wires 29 are electrically connected to each other. And the metal sleeve 28 and the bare wire 30 exposed outside the sheath 29 are wound and covered with an insulating tape, and the branch wiring 29 is connected and insulated from the outside. In order to prevent the bare wire 30 of the wiring 29 from being pierced, it is pierced with the insulating tape. Therefore, when the metal sleeve 28 is sheathed, the Thai half folds the cut of the bare wire 3 () to the metal sleeve 28 Inside, to avoid piercing the covered insulating tape at the sharp cut of the bare wire. As shown in Fig. 1G, it is difficult to ensure that the reverse line is broken due to stress concentration due to stress concentration. Therefore, it is still difficult to ensure that the bare wire is broken. It will pierce the covered insulation and contact with other wirings, which will cause the insulation of other wirings to wear and short-circuit with other wirings. j When the metal sleeve 28 is sleeved, the metal sleeve 28 and the bare wire 30 are to be mutually reciprocal. "When the edge of the metal sleeve 28 has an acute angle, there is also the possibility of cutting the bare wire 3 ,, so that The electric resistance of the wiring 28 becomes large or the electrical conductivity cannot be turned on. In addition, the existing wire terminal connector 27 is covered with insulating tape, so that the metal casing 28 and the bare wire exposed outside the wiring 29 are insulated from the outside. 132689.doc 1364881 However, the insulating tape cannot completely ensure moisture, Water, muddy water and other hydrates invade it. When water vapor or the like intrudes into the insulating tape, the conventional wire terminal connector 27 is coated to make it difficult to discharge moisture or the like outside the insulating tape. Therefore, the valley causes the rust of the wiring 29, causing the thief connected to the wiring 29 to be unactuated or misactuated, and the wiring 29 is accelerated and deteriorated, resulting in a problem of shortening the service life. SUMMARY OF THE INVENTION φ For the above-mentioned problems of known wire terminal connectors, the industry and users have long hoped to obtain an effective improvement solution. While the present invention is directed to the above-mentioned problems in the conventional wire terminal connector, the present invention proposes a new solution after thinking about it and long-term commitment to research and development. #一种一种一种一种一种一种一种一种一种连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接连接The metal sleeve and the bare wire exposed on the outside of the wiring cover are wrapped and covered with insulating tape. • The branch wiring can be connected and ensured to be insulated from the outside, and the above-mentioned insulating tape can be prevented from being pierced by the above-mentioned bare wire breakage, thereby preventing A problem such as a short circuit with other wiring. In addition, in the preferred embodiment of the present invention, the inside and the outside of the wire terminal connector can be ventilated, so that water, rain, muddy water and the like are not left in the wire terminal connector, thereby achieving • Better wiring quality. (4) The invention of claim 1 is the wire terminal connector, comprising: a connector body having a plurality of pin insertion through holes; and a pin terminal Inserting a plurality of pins 132689.doc 1364881 into the pin terminal mounting side of the through hole, integrally forming a plurality of second pins having a plurality of first pins for engaging; and a connector cover The sleeve is sleeved on the connector body to form an insulation between the mounted pin terminals and the outside. According to the above configuration of the present invention, before the electric wire terminal connector is assembled, the first pin can be attached to the bare wire of each of the wires, and then the first pin of each of the wires can be inserted into the pin. After the insertion through hole is joined to the above-mentioned _ second pin, the connector body can be inserted into the connector outer cover, so that the present invention does not need to cover the wire terminal connector with insulating tape, and can ensure The bare wire is not exposed to the outside of the wire terminal connector, and the problem of short-circuiting with other wires is prevented, and the effect of reducing the damage of the wire due to the wire terminal connector is achieved. The invention of claim 2 is the wire terminal connector of claim 1, wherein the pin terminal is connected to the plurality of second pins in parallel and formed as a gate-shaped metal conductive member. φ According to the above configuration of the present invention, each of the second pins of the pin terminal is located on the same side, and the direction in which the wires are connected after the wiring is aligned is easy to be aligned. The invention of claim 3 is the wire terminal connection of claim 2, wherein the connector outer cover is provided with a cover vent hole. The position of the cover vent hole may be on the opposite side of the connecting plate or on the side of the connector cover. According to the above configuration of the present invention, the moisture or the like that has entered the electric wire terminal connector can be evaporated from the cover vent hole to the electric wire terminal connector 132689.doc P to prevent the bare wire and the first pin. And the pin terminal of the second pin described above is rusted due to long-term infiltration in an aqueous environment. . . The invention of the present invention is the wire terminal connection of the claim 3, and the pin terminal vent hole is formed in the connecting plate of the pin terminal for connecting the plurality of the second pins. According to the above configuration of the present month, the air permeable effect inside the above-mentioned wire terminal connector can be made better. . According to the invention of claim 5, in the wire terminal connection of the claim 4, the upper side surface of the connection body S and the upper side surface of the connector outer cover are respectively provided with engaging members. According to the above configuration of the present invention, the engaging member is provided with an engaging projection on the upper surface of the connector body, and an engaging hole that engages with the engaging projection is provided on the upper side 2 of the connector cover. Or a card holder L ^ ± 卞 σ groove is arranged on the upper side of the connector body, and a card engaged with the groove of the card holder 13 is mounted on the inner surface of the upper side of the connector cover. By means of this configuration, the above-mentioned connection can be made and the outer cover of the floor 15 is not easily separated from the connector body. The invention of claim 6 is the wire terminal connection of claim 5 (4) The side edge portion of the upper middle 4 connector body and the inner edge angle of the connector outer cover form a corresponding chamfer corresponding group. According to the above configuration of the present invention, the chamfering corresponding group is the connector: the body is provided with a protrusion on the connecting portion of the upper side surface and the front and rear side surfaces, and the lower side and the front and rear sides are formed. The chamfer 1 of different shapes of the connecting portion is configured such that the above-mentioned wire terminal connector can be assembled into the connector cover when the wire terminal connector is assembled, thereby avoiding assembly error. Production costs increase. The invention of claim 7 and claim 8, wherein the at least one side of the connector body and the opposite side of the connector outer side are respectively provided with phases According to the above configuration of the present invention, the guide assembly is provided with a protrusion guide on the side surface of the connector body, and is disposed on the opposite side of the connector cover. a guiding opening that is guided by the protrusion guide; or a guiding groove is disposed on the side surface of the connector body, and the opposite side surface of the connector outer cover is disposed to be guided by the guiding groove Guide the protrusions. With such a configuration, the above-described wire terminal connector can be more stably nested in the connector body after assembly, according to the invention of claim 9 of the present invention, as claimed in claim 8 In any of the electric wire terminal connectors, the holding protrusions are protruded from the front and rear sides of the connector body. According to the above configuration of the present invention, the connector body is more easily held, and the assembly of the wire terminal connector is further improved. The invention of claims 10 and 11 of the present invention is the wire terminal connector of claim 1 to claim 1 and claim 9, wherein each of the pins is inserted into at least one of the length of the through hole. The side is set to hold the above! A pin wiring auxiliary rail in a combined state in which the pin is engaged with the second pin. 132689.doc -10- 1364881 According to the above configuration of the present invention, in addition to the combination of the first pin and the second pin, the pin wiring auxiliary protrusion can reduce and prevent the above. The wiring is excessively shaken to prevent the wiring from being broken due to metal fatigue in the wiring of the wiring due to long-term arrangement in the environment of the vibration-prone device, thereby causing the above-mentioned wire to be broken and the contact failure. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing the assembly of a wire terminal connector and a wiring of the present invention. Fig. 2 is a perspective view showing the joint of the wire terminal connector of Fig. 。. Fig. 3 is a rear exploded perspective view showing the wire terminal connector of Fig. 2. As shown in FIG. 1 and FIG. 2, the wire terminal connector 本 of the present invention comprises: a connector body 2 which is provided with a plurality of pin insertion through holes 5; and a pin terminal 3 which is mounted on a plurality of pins. Inserting the pin terminal mounting side of the through hole 5, integrally forming a plurality of second pins 7 for engaging a plurality of the second pin pins 6; and a connector cover 4 for covering the connector The body 2 is formed to insulate the mounted pin terminal 3 from the outside. According to the configuration of the present invention, the first pin 6 can be attached to the bare wire 9 of each wire 8 before the wire terminal connector is assembled, and then the first pin 6 of each wire 8 can be inserted into the pin. After the hole 5 and the second pin 7 are joined, the connector body 2 can be inserted into the connector cover 4, so that the present invention has the necessity of covering the wire terminal connector 绝缘 with insulating tape and ensuring bareness. The wire 9 is not exposed to the outside of the wire terminal connector, and the problem of short-circuiting with other wires is prevented, thereby achieving the effect of reducing the damage of the wire 8 due to the wire terminal connector i. 132689.doc 1364881 A preferred embodiment of the pin terminal 3 of the present invention is a connecting plate 1 〇 a plurality of second pins 7 and formed as a gate-shaped metal conductive member. According to the configuration of the present invention, the second pins 7 of the pin terminals 3 are located on the same side, and the direction in which the wirings 8 are connected is uniform, and the alignment is easy. - As shown in Fig. 3, a preferred embodiment of the connector cover 4 of the present invention is provided with a cover venting opening 11. • The position of the Φ cover venting opening 11 may be on the opposite side of the connecting plate 10 or on the side of the connector cover 4. According to the configuration of the present invention, the moisture or the like intruding into the wire terminal connector 1 can be evaporated from the cover vent hole U to the outside of the wire terminal connector ,, and the bare wire 9 'the second pin 6 can be prevented. The pin terminal 3 of the 2 pin 7 has a rust button effect due to long-term infiltration in an aqueous environment. The preferred embodiment of the pin terminal 3 of the present invention is provided with a pin terminal venting opening 12 for connecting the plurality of second pins 7 to the connecting plate 10. • The configuration of the present invention has an effect of making the ventilation effect inside the wire terminal connector 1 better. In the preferred embodiment of the wire terminal connector 1 of the present invention, the upper side of the connector body 2 and the upper side of the connector cover 4 are respectively provided with a snap-fit assembly 13. The clamping assembly 13 of the ί 2 is mounted on the upper side of the connector body 2. The card D dog 14 is mounted on the upper side of the connector cover 4 with a locking protrusion = a snap hole 15; or an engaging groove (not shown) is arranged on the upper side of the connector body 2, and the inner surface of the upper surface of the connector cover 4 is fitted with the engaging groove of the above 132689.doc 1364881 Engagement protrusions (not shown). With the constitution of the present invention, it is possible to make the connector cover 4 less likely to be separated from the connector body. The preferred embodiment of the wire terminal connector 本 of the present invention is such that the side edge portion of the connector body 2 and the inner edge angle 18 of the connector outer cover 4 form a corresponding chamfer corresponding group 16 for fitting. The chamfering corresponding group 16 of the connector body of the connector body 2 is provided with a protruding chamfer 17 at the connecting portion of the upper side and the rear side and the rear side; or is formed differently from the connecting portion of the lower side and the front and rear sides. The chamfer of the shape 19. With such a configuration, the connector body 2 can be properly fitted into the connector cover 4 when the wire terminal connector is assembled, thereby eliminating the effect of an increase in production cost due to an assembly error. Fig. 4 is a front perspective view showing the electric wire terminal connector of an embodiment of the present invention. Fig. 5 is a perspective view showing the combination of the wire terminal connector of Fig. 4. Fig. 6 is an exploded perspective view showing the electric wire terminal connector of Fig. 5; As shown in FIGS. 4-6, the preferred embodiment of the wire terminal connector of the present invention is provided with a guiding guide on at least one side of the connector body 2 and the opposite side of the connector cover 4, respectively. Guide component 2〇. The guiding assembly 20 of the present invention is provided with a protruding rail 21 on the side of the connector body 2, and a guiding opening 22 for guiding the protruding rail 21 on the opposite side of the connector outer cover 4; A guide groove 23 is disposed on the side surface of the connector body, and a guide protrusion 24 guided to the guide groove 23 is disposed on the opposite side surface of the connector cover 4. With such a configuration, the wire terminal connector 1 can be assembled to have a effect of allowing the connector outer cover 4 to be more stably nested in the connector body 2 after assembly. 132689.doc -13- 1364881 Fig. 7 is a perspective view showing a modification of the connector cover of the present invention. The connector outer cover 4 can also be modified as shown in Fig. 7. In the preferred embodiment of the wire terminal connector 1 of the present invention, the front and rear sides of the connector body 2 are each provided with a holding protrusion 25. With such a configuration, the connector body 2 is easier to hold, so that the wire/terminal connector 1 is more assemblable. • The preferred embodiment of the wire terminal connector 1 of the present invention is in which the pins are inserted into the Φ pass. At least one inner side surface of the hole 5 is provided with a pin wiring auxiliary rail % for holding the combined state of the first pin 6 and the second pin 7 in engagement. Fig. 8 is a cross-sectional view showing the structure of the pin wiring auxiliary projection of the wire terminal connector of the present invention. As shown in FIG. 8, with such a configuration, the pin wiring auxiliary bump 26 can reduce and prevent the wiring 8 from being excessive, in addition to the combined state in which the first pin 6 and the second pin 7 are engaged. The swaying has an effect of preventing the wire 8 from being fatigued by the wire in the wire 8 due to the long-term arrangement of the wire 8 in the environment of the vibration-sensitive device, resulting in breakage of the wire and poor contact. The technical and technical features of the present invention have been disclosed as above, and those skilled in the art can still make various substitutions and modifications without departing from the spirit and scope of the invention. Therefore, the present invention is not limited to the embodiment disclosed, and is intended to cover various alternatives and modifications of the present invention and is covered by the following claims. • BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing the assembly of the wire terminal connector and the wiring of the present invention. Fig. 2 is a perspective view showing the combination of the wire terminal connector of Fig. 1. 132689.doc -14·
圖 3 λ% S 承顯示圖2之電線端子連接器之後方分解立體圖β 圖4心 糸顯示本發明一實施例之電線端子連接器之前方分 解立體圖。 圖5係顯示圖4之電線端子連接器之結合立體圖。 係顯示圖5之電線端子連接器之後方分解立體圖。 圖7係顯示本發明之連接器外蓋之變形例之立體圖。 圖8係係顯示本發明之電線端子連接器之接腳配線輔助 凸執之構造到面圊。 圖9係顯示先前技術之電線端子連接器之前視圖。 圖圖w係、顯*先前技術之電線端子連接器之裸線斷裂示意 【主要元件符號說明】 1 電線端子連接器 2 連接器本體 3 接腳端子 4 連接器外蓋 5 接腳插入通孔 6 第1接腳 7 第2接腳 8 配線 9 裸線 10 連接板 11 蓋透氣孔 12 接腳端子透氣孔 132689.doc •15· 1364881 13 卡合組件 14 卡合突起 15 卡合孔 16 嵌合用倒角對應組 17 突起倒角 18 内側緣角19倒角 20 導引組件 21 22 突起導執 導引開口 23 導槽 24 導引突起 25 握持突起部 26 接腳配線輔助凸軌 27 電線端子連接器 28 金屬套管Fig. 3 λ% S shows an exploded perspective view of the electric wire terminal connector of Fig. 2. Fig. 4 shows a perspective view of the electric wire terminal connector of the embodiment of the present invention. Fig. 5 is a perspective view showing the combination of the wire terminal connector of Fig. 4. An exploded perspective view of the wire terminal connector of Fig. 5 is shown. Fig. 7 is a perspective view showing a modification of the connector cover of the present invention. Fig. 8 is a view showing the construction of the pin wiring auxiliary boss of the wire terminal connector of the present invention. Figure 9 is a front elevational view showing a prior art wire terminal connector. Figure 4 is a schematic diagram of the bare wire break of the prior art wire terminal connector. [Main component symbol description] 1 Wire terminal connector 2 Connector body 3 Pin terminal 4 Connector cover 5 Pin insertion through hole 6 1st pin 7 2nd pin 8 Wiring 9 Bare wire 10 Connecting plate 11 Cover vent hole 12 Pin terminal vent hole 132689.doc •15· 1364881 13 Engagement unit 14 Engagement protrusion 15 Engagement hole 16 Fitting Corner corresponding group 17 Projection chamfer 18 Inner edge angle 19 Chamfer 20 Guide assembly 21 22 Projection guide guide opening 23 Guide groove 24 Guide protrusion 25 Grip projection 26 Pin wiring auxiliary rail 27 Wire terminal connector 28 Metal casing
29 30 配線 裸線 132689.doc -16-29 30 Wiring Bare wire 132689.doc -16-