M281329 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種線纜插座連接器，特別是指一種端子以刺 破方式與線纜接觸，且，能夠與插頭連接器穩固對接不易鬆脫之 刺破型線纜插座連接器。 【先前技術】 按，與本創作有關的線纜插座連接器為一種透過線镜連接於 應用端產品如·磁碟機或週邊記憶體之插頭線鏡連接器，此類線 纜連接器的標準規範中並未界定線纜與導電端子的連接必須採用 何種型式，亦即，只要能符合導電端子的一端可與線纜連接，另 一&可與應用端產品的插頭線繞連接器連接即可，習知相關的設 計可參考美國專利第 6616477、6402552、5462457、5364292、 4975083等等。 綜觀習知線纜插座連接器的端子與線纜的連接的型式，普遍 才木用焊接方式或夾持方式，其中焊接方式的作業必須先將線鏡一 端經過剖線、捲縮程序之後，再與導電端子輝接端對位才能進行 浑接’作業上相當繁鎖不便，製程緩慢成本高。而夾持方式雖可 以藉導電端子的構造設計，直接夾持於導電端子的接合端，但是， 線蜆-端同樣必須經過剖線、捲縮程序，因而，製程雖有精減但 尚屬美中不足。 【新型内容】 本創作之目的，即在提供-種具有特殊導電端子的線纔插座 5 ⑧ M281329 連接器其以刺破方式穩固的與線纜接觸，並提供與插頭線纔連 接器的對接。另’ |&合導電端子的刺破定位，絕緣殼體上具有定 位槽，將線欖定位於既定位置，以利於導電端子的刺破。 爲達到上述目的，本創作線纜插座連接器之特徵在於，該導 電端子包括：本體，其一侧設有接觸臂；相對於該接觸臂的另一 側設有尖㈣，祕接㈣魅师之Pa1設有干㈣，藉該尖插 臂可於連接驗裝過輔破線纜並與線_的電源線接觸。 依據上述之特徵，本創作線纜插座連接器之絕緣殼體上設有 與導電端子的收容槽呈垂直g&置的定位槽，可細將_被連接 的一端收容定位，以利於該尖插臂的刺破。 【實施方式】 請參閱第一、二圖，本創作線纜插座連接器丨係包括··絕緣 殼體2、複數導電端子3，及迫緊蓋4等構造，其中魏緣殼體2， 為扁長方形體’具有絲邊與姉邊，該長軸邊相對應的面上分 別設置對接面20與接合面21，且，於對接面2〇與接合面21之間 形成肩部22，該肩部22上則設置該第一卡合體，係於肩部的交接 面上等距設置複數個缺口 23。另，貫穿對接面20與接合面21設 有複數收容槽24 (第二®參照），用於收容該料電端子3，且 該接合面21上設有與該等收容槽24呈垂直的複數定位槽25，該 疋位槽25呈拱形，尺寸絲一條線缓5的寬度相冑，可將線繞5 定位於既定位置。 複數導電端子3，每一導電端子具有一本體3〇，該本體3〇的一 M281329 侧設有接觸臂31，相對於該接觸臂31的另一侧設有尖插臂33，其 中該接觸臂31係由本體3〇以三叉式作略微傾斜的延伸設置，形成 三叉式接觸臂，且端部具有三個接觸部311，用於與對接連接器的 導電端子接觸。另，於三叉式接觸臂的每一凹口的内壁設有干涉 體32 ’用於與絕緣殼體的内壁干涉配合。該尖插臂33係由本體3〇 水平延伸，並作九十度彎折，其端緣形成尖刺部331，用於刺穿係 纜 該迫緊蓋4，係組裝於絕緣殼體2的接合面21—侧，具有抵壓 面40，及由抵壓面40的兩侧延伸的側面41,42，而於兩侧面41，42 分別一體延伸出第二卡合體，係由兩側面分別形成複數倒勾43， 可扣卡於絕緣殼體的缺口23，而使絕緣殼體2與迫緊蓋4穩固結合 一體。又，該等倒勾43之間設有唇緣431用於抵壓線纜5。另，迫 緊蓋4的抵壓面40的底面設有抵緊作用的凸肋條44 (第二圖參 照），用於組裝時抵壓線纜5,使其更為緊固的收容在定位槽25内。 藉如上構造，組裝時先將該等導電端子3組裝於收容槽24 内’在將線纜5置於定位槽25上，再將該迫緊蓋4的該等倒勾43 扣卡於該等缺口 23上，即可組裝完成（第三圖）。於迫緊蓋4組裝 過程該導電端子3的尖刺部331將刺破線纜5並與線纜5内的電 源線接觸（如第四圖）。另，請參閲第五圖，本創作由於不必經過 剖線、捲縮程序，因而，可以直接在線纜5的被連接的端部穫是 中央部位直接組接，而與線纜5内的電源線接觸，是以，組裝作 業便捷且因為本創作該迫緊蓋4上的唇緣431及絕緣殼體2的定 M281329 位槽25設置’能夠將_ 5保持在既枝置，不會受魏5被拉 扯而有鬆脫現象，提供穩固的接觸效果。 綜上所述，本創作線纜插座連接器確能達到創作之目的，符 合新型專利要件，惟，以上所述者僅為本新型之實施例面已，大 凡依據本創作所為之各種修飾與變化，仍應包含於本專利申請範 圍内。 【圖式簡單說明】 第一、二圖為本創作線繞插座連接器不同角度的立體分解圖。 第二圖為弟一圖的立體組合圖。 第四圖為第三圖取下迫緊蓋的立體圖。 第五圖為本創作與線纜連接於不同部位的實施例立體圖。 【主要元件符號說明】 線纜插座連接器 1 絕緣殼體 2 複數導電端子 3 及迫緊蓋 4 線纜 5 對接面 20 與接合面 21 肩部 22 缺口 23 收容槽 24 定位槽 25 本體 30 接觸臂 31 干涉體 32 尖插臂 33 抵壓面 40 侧面 41,42 倒勾 43 唇緣 431M281329 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a cable socket connector, especially a terminal that contacts the cable in a puncture manner, and can be firmly docked with the plug connector and not easy to loosen Puncture type cable socket connector. [Previous technology] According to the press, the cable socket connector related to this creation is a plug wire mirror connector that is connected to the application side product such as a disk drive or peripheral memory through a wire mirror. The standard for this type of cable connector The specification does not define what type of cable and conductive terminal connection must be used, that is, as long as one end that meets the conductive terminal can be connected to the cable, the other & can be connected to the plug wire-wound connector of the application-side product That is, for the related design, please refer to US Pat. Nos. 6,616,477, 6,205,552, 5,462,457, 5,364,292, 4,975,083, and the like. Looking at the types of connection between the terminals of the conventional cable socket connector and the cable, welding methods or clamping methods are commonly used. The welding method must be performed after the end of the wire mirror is cut and rolled. It is quite inconvenient to perform the operation when the conductive terminals are aligned with the splicing ends, and the manufacturing process is slow and costly. Although the clamping method can be directly clamped to the joint end of the conductive terminal by the structural design of the conductive terminal, the wire-end must also undergo the cutting and shrinking procedures. Therefore, although the process has been reduced, it is still inadequate. . [New content] The purpose of this creation is to provide a type of wire socket with a special conductive terminal 5 ⑧ M281329 connector, which is firmly in contact with the cable by puncturing, and provides the docking with the plug wire connector. In addition, the “&” is used for the puncture positioning of the conductive terminal, and the insulation housing has a positioning slot to position the wire edge at a predetermined position to facilitate the puncture of the conductive terminal. In order to achieve the above purpose, the characteristics of the creative cable socket connector are that the conductive terminal includes: a body, a contact arm is provided on one side thereof; and a sharp point is provided on the other side of the contact arm, which is connected to the charmer Pa1 is provided with a stem. The pointed plug arm can be used to connect the auxiliary broken cable for inspection and contact with the power line of the wire. According to the above characteristics, the insulation shell of the creative cable socket connector is provided with a positioning groove perpendicular to the receiving groove of the conductive terminal, which can finely receive and locate the connected end to facilitate the pointed insertion. Piercing of the arm. [Embodiment] Please refer to the first and second figures. The original cable socket connector includes: an insulating housing 2, a plurality of conductive terminals 3, and a tight cover 4. The Wei Yuan housing 2 is The oblong body has a silk edge and a sister edge, and abutment surface 20 and joint surface 21 are respectively provided on the surfaces corresponding to the long-axis sides, and a shoulder portion 22 is formed between the butt surface 20 and the joint surface 21, and the shoulder The first engaging body is provided on the part 22, and a plurality of notches 23 are equidistantly arranged on the interface of the shoulder. In addition, a plurality of accommodating grooves 24 are provided through the abutting surface 20 and the joint surface 21 (second® reference) for accommodating the electrical terminals 3, and a plurality of perpendicular to the accommodating grooves 24 are provided on the joint surface 21 The positioning groove 25 has an arched shape, and the width of a wire is 5 and the width of each wire is opposite to each other, and the wire winding 5 can be positioned at a predetermined position. A plurality of conductive terminals 3, each of which has a body 30, a contact arm 31 is provided on one M281329 side of the body 30, and a pointed insertion arm 33 is provided on the other side of the contact arm 31, wherein the contact arm The 31 series is a slightly inclined extension of the body 30 with a three-pronged type to form a three-pronged contact arm, and the end portion has three contact portions 311 for contacting the conductive terminals of the docking connector. In addition, an interference body 32 'is provided on the inner wall of each notch of the trifurcated contact arm for interference fit with the inner wall of the insulating case. The pointed arm 33 extends horizontally from the body 30 and is bent at ninety degrees. The end edge forms a spiked portion 331 for piercing the tight cover 4 of the mooring cable, which is assembled in the insulating housing 2 The bonding surface 21-side has a pressing surface 40 and side surfaces 41 and 42 extending from both sides of the pressing surface 40, and a second engaging body is integrally extended on each of the two side surfaces 41 and 42 and is formed by the two side surfaces respectively. The plurality of barbs 43 can be snapped into the notches 23 of the insulating case, so that the insulating case 2 and the pressing cover 4 are firmly combined into one. Moreover, a lip 431 is provided between the barbs 43 for pressing the cable 5. In addition, the bottom surface of the pressing surface 40 of the pressing cover 4 is provided with a protruding rib 44 (refer to the second figure) for pressing the cable 5 during assembly so that it can be more tightly received in the positioning groove. Within 25. Based on the above structure, the conductive terminals 3 are assembled in the receiving groove 24 first during assembly. 'The cable 5 is placed on the positioning groove 25, and then the barbs 43 of the pressing cover 4 are buckled on the The notch 23 is ready for assembly (third picture). During the assembling process of the pressing cover 4, the spike portion 331 of the conductive terminal 3 will pierce the cable 5 and contact the power line in the cable 5 (as shown in the fourth figure). In addition, please refer to the fifth figure, because this creation does not need to go through the cutting and shrinking procedures, it can be directly assembled at the central end of the connected end of the cable 5 and connected with the cable 5 The contact of the power cord is convenient for assembling and because of the lip 431 on the pressing cover 4 and the fixed M281329 bit slot 25 of the insulating casing 2 can be set to '__ can be kept in the existing branch and will not be affected. Wei 5 is pulled and loosened, providing a solid contact effect. In summary, this creative cable socket connector can indeed achieve the purpose of creation and meet the requirements of the new patent. However, the above is only an example of this new model. Any modification and change based on this creation , Should still be included in the scope of this patent application. [Schematic description] The first and second pictures are three-dimensional exploded views of the creative wire-wound socket connector at different angles. The second picture is a three-dimensional combined view of the first picture. The fourth image is a perspective view of the third image with the pressing cover removed. The fifth figure is a perspective view of an embodiment where the creation and the cable are connected at different locations. [Description of main component symbols] Cable socket connector 1 Insulated housing 2 Multiple conductive terminals 3 and pressing cover 4 Cable 5 Butting surface 20 and joint surface 21 Shoulder 22 Notch 23 Receiving slot 24 Positioning slot 25 Body 30 Contact arm 31 Interfering body 32 Pointed arm 33 Abutment surface 40 Side 41, 42 Barb 43 Lip 431