M381193 五、新型說明： 【新型所屬之技術領域】 且有=作，於一種電連接器，特別是有關於-種 具有手持部可方便插拔抓取之電連接器。 【先前技術】 在現有習知技術中，一種⑽如⑷ e=gyAttachment’串列高速附加技術讓連 接益越來越廣泛地應用於各電子設備中，如筆記型電 服務器及網絡存儲設備等，其與其他此類應用的 傳統電子連接器相比，具有更少的導電端子和相對比 較小的結構。 如第一圖所揭示的是一種應用於SATA傳輸技術規 格之線纔連接器i，其主要包括：具有對接部之絕緣 本體12、收容於絕緣本體12之複數導電端子^、盘 導電端子相電性連接之輯（未緣示）、金屬殼體16 及拉帶18等元件，其中此種魏連接器卜般都是使 用拉帶18作為拔出脫離於對接連接器的操作元件 於拉帶18本身材料強度不足的關係，常常在使合 有疲勞斷裂的情況產生，導致客訴問題的增 二 於產品的市場競爭。故，迫切需要一種新型的連接器 結構設計以克服先前技術存在的缺陷。 。 3 【新型内容】 β 1^知連接器之結構需要藉由拉帶來帶動拉拔連接 器’常常在使用時此拉帶會有疲勞斷裂的情況產生， 導致客訴_的增加，不利於產品的市場競爭。 本創作提供—種電連m於與安·印刷電路 板之板連接器相配接’其包括複數個^型之導電 :子以及-絕緣本體’其中每一導電端子包括一對接 =及-搭接部。絕緣本體用⑽容麵導電端子， 接m體包括沿配接方向延伸並可伸入該板端連 延伸之端連接器配接之一舌部、自該舌部垂直 申之一基。卩，該基部之兩侧各設有一手 部位於基部，對接部位於舌部。、。 本創作所提供之電連—’錢“緣本體之兩側 接部來取代㈣作為電連 置於手持部係-體成型設 =彖本體上’所以此手持部的結構強度遠較拉帶 情因此能夠避免拉帶在使用時會有疲勞斷裂的 生，可有政地解決習知連接器之 加以及不利於產品之市場競爭的問題。 曰 【實施方式】 二參一圖至第六圖，本創作係提供-種電連接 連接器2用於與安裝於印刷電路板之-板端 (未繪示）相配接，其包括複數個L型之導電 端子24、一絕緣本體22以及一金屬殼體28，其中每 導電端子24包括一對接部242、一固定部244以及 一搭接部246，固定部244位於搭接部242以及對接 部246之間，且固定部244的左右兩侧設有倒刺（未 標示）用以與絕緣本體22干涉配合而固定導電端子 24 〇 絕緣本體22用以收容該些導電端子24，其中絕緣 本體22包括沿配接方向延伸並可伸入板端連接器内 以與板端連接器配接之一舌部222、自該舌部222垂 直延伸之一基部224，該基部224之兩侧各設有—手 持部221，此手持部221係一體成型設置於絕緣本體 22上。金屬殼體28組裝於絕緣本體22上，其中金屬 殼體28與絕緣本體22之基部224相對接，舌部222 及金屬设體28位於基部224之不同側，金屬殼體28 與絕緣本體2 2之基部2 2 4之間形成一容置空間2 2 〇。 複數導電端子24組裝於絕緣本體22之舌部222與 基部224上，在本實施例中，導電端子24之搭接部 246位於基部224上，對接部242位於舌部222上， 且舌部222上設有複數用以收容對接部242的槽道 2221，基部224之容置空間220内設有複數用以收容 搭接部246的通道2241，複數條導線（未繪示）沿垂 直於配接方向延伸並焊接固定於該些導電端子24之 搭接部246上。 在本實施例中，此手持部221設有一手持斜面 ^拉該手持斜面2212係面向於舌部222肖板端連接 ^ 之配接方向，其中手持斜面2212係為階梯狀之 斜面，以增加手指接觸時之接觸面積，如此可方便手 指施力於手持斜面2212上’並且在手持部221上還設 有-頂抵面2214，該頂抵面2214係背向於舌部 與板端連接器連接之配接方向，頂抵面2214係為—平 面’以方便手指施力頂推於頂抵面2214上。 此手持部221的設計可增加此電連接器2與板端連 接器相連接時之操作上的便利性’ #要將此電連接器 2從板端連接器上脫離時，可將手指施力於手持部221 之手持斜面2212上，以方便將電連接！| 2從板端連接 ^中退出。當要將此電連接ϋ 2連接於板端連接器上 時，可將手指施力於手持部221之頂抵面2214上以 方便將電連接器2插入於板端連接器中。 在本實施例中，更設有接地片26與複數個導電端 子24之其中之一接地導電端子241相連接，金屬殼體 28組裝於基部224之容置空間220與接地片26之上 方，且金屬殼體28向下延伸設有一接觸彈片282，此 接觸彈片282係可接觸到接地片26，藉以提供接地功 月&與防止電磁波干擾（ΕΜΙ )的目的，此接地片π包 括一本體262以及自本體262延伸出之複數個延伸臂 264’該些延伸臂264係剛好疊合搭接在複數接地導電 端子241之搭接部246上，如此可達到電性連接此接 地片26與接地導電端？ 241❾效果，進而能夠達到接 地功“及防止電罐波干擾的目的。此外，在金屬殼 體還°又有抵壓彈片284可抵壓接觸於板端連接界 之t殼，且金屬殼體如又設有-卡合彈片286可卡; 干涉於絕緣本體22上。 體創作之電連接器’其係利用在絕緣本 接^ 、σ ，利用此手持部來取代拉帶作為電連 置於絕緣本體上，所於手持部係一體成型設 來得大，因此能夠避==的結構強度遠較拉帶 情況產生，可有效^ 在使㈣會有疲勞斷裂的 加以及不利於產品之知連接器之客訴問題的增 〈市％競爭的問題。 例說 =說惟對本創作-種較佳之可行實施 專利範圍，凡其c非用以限定本創作之申請 所完成之均箅i彳卜β 本創作所揭示之技藝精神下 涵蓋之專利範圍/。、修飾變更，均應包含於本創作所 【圖式簡單說明】 第一圖係習知之線纜電連接 % - ^ σ的立體組合示意圖。 弟二圖係第二圖之電連接器泸 。丁心圏M381193 V. New description: [New technical field] There is a kind of electrical connector, especially related to the kind of electrical connector with hand-held part for easy plugging and unloading. [Prior Art] Among the prior art, a (10) such as (4) e=gyAttachment' serial high-speed attachment technology makes connection benefits more and more widely used in various electronic devices, such as notebook-type electric servers and network storage devices. It has fewer conductive terminals and a relatively smaller structure than conventional electronic connectors for other such applications. As shown in the first figure, a wire connector i for a SATA transmission technology specification mainly includes: an insulative housing 12 having an abutting portion, a plurality of conductive terminals received in the insulative housing 12, and a conductive terminal of the disk. The components of the sexual connection (not shown), the metal casing 16 and the drawstring 18, etc., wherein the Wei connector is generally used as the operating element for pulling out of the butt connector on the drawstring 18 The relationship between the strength of the material itself is often caused by the fatigue fracture, which leads to the increase of the customer complaint problem in the market competition of the product. Therefore, a new type of connector structure design is urgently needed to overcome the drawbacks of the prior art. . 3 [New content] β 1^ knows the structure of the connector needs to pull the connector by pulling the belt. 'The belt is often fatigue-fractured during use, which leads to an increase in customer complaints, which is not conducive to the product. Market competition. The present invention provides a type of electrical connection m that is coupled to a board connector of an A. printed circuit board. The utility model comprises a plurality of conductive types: a sub-and an insulative body, wherein each of the conductive terminals comprises a pair of contacts and a - overlap unit. The insulating body is provided with (10) a surface-conducting terminal, and the body of the body includes a tongue portion extending in the mating direction and extending into the end of the board end, and a tongue portion extending from the tongue portion.卩, one side of each side of the base is located at the base, and the abutting portion is located at the tongue. ,. The electric connection provided by this creation is replaced by the two sides of the 'money edge' body instead of (4) as the electrical connection is placed on the hand-held part body-body forming device=彖 body, so the structural strength of the hand-held part is far stronger than the pull-up Therefore, it is possible to avoid the fatigue fracture of the draw tape during use, and it is possible to solve the problem of the conventional connector and the market competition which is not conducive to the product. 曰 [Embodiment] Two to one figure, the sixth figure, The present invention provides an electrical connection connector 2 for mating with a board end (not shown) mounted on a printed circuit board, which includes a plurality of L-shaped conductive terminals 24, an insulative body 22, and a metal shell. The body 28 includes a pair of joints 242, a fixing portion 244 and a lap portion 246. The fixing portion 244 is located between the lap portion 242 and the butt portion 246, and the left and right sides of the fixing portion 244 are provided. Barbs (not shown) are used to interfere with the insulative housing 22 to fix the conductive terminals 24. The insulative housing 22 is for receiving the conductive terminals 24, wherein the insulative housing 22 includes extending in the mating direction and extending into the board end connector. Internal to the board end One of the tongue portions 222 and a base portion 224 extending perpendicularly from the tongue portion 222 are disposed on each side of the base portion 224. The hand portion 221 is integrally formed on the insulative housing 22. The housing 28 is assembled on the insulative housing 22, wherein the metal housing 28 is opposite to the base portion 224 of the insulative housing 22, the tongue portion 222 and the metal housing 28 are located on different sides of the base portion 224, and the metal housing 28 and the insulative housing 22 are An accommodating space 2 2 形成 is formed between the bases 2 2 4 . The plurality of conductive terminals 24 are assembled on the tongue portion 222 and the base portion 224 of the insulative housing 22 . In this embodiment, the overlapping portion 246 of the conductive terminals 24 is located at the base portion 224 . The abutting portion 242 is disposed on the tongue portion 222, and the tongue portion 222 is provided with a plurality of channels 2221 for receiving the abutting portion 242. The receiving space 220 of the base portion 224 is provided with a plurality of channels for receiving the overlapping portion 246. 2241, a plurality of wires (not shown) extending perpendicular to the mating direction and soldered to the overlapping portions 246 of the conductive terminals 24. In the embodiment, the hand-held portion 221 is provided with a hand-held bevel Hand-held bevel 2212 is attached to the 222 end of the tongue 222 The matching direction, wherein the hand-held inclined surface 2212 is a stepped inclined surface to increase the contact area when the finger is in contact, so that the finger can be easily applied to the hand-held inclined surface 2212 and the top portion 221 is further provided with a top-butting In the face 2214, the abutting surface 2214 is facing away from the mating direction of the tongue and the board end connector connection, and the top abutting surface 2214 is a plane "to facilitate the pushing of the finger against the abutting surface 2214. The design of the portion 221 can increase the operational convenience when the electrical connector 2 is connected to the board end connector. # When the electrical connector 2 is detached from the board end connector, the finger can be applied to the hand. The hand-held bevel 2212 of the portion 221 is convenient for electrical connection! | 2 Exit from the board end connection ^. When the electrical connector 2 is to be attached to the board end connector, a finger can be applied to the top abutment surface 2214 of the hand portion 221 to facilitate insertion of the electrical connector 2 into the board end connector. In this embodiment, the grounding strip 26 is further connected to one of the plurality of conductive terminals 24, and the metal shell 28 is assembled over the receiving space 220 of the base 224 and the grounding strip 26, and The metal housing 28 extends downwardly to provide a contact elastic piece 282. The contact elastic piece 282 can contact the grounding piece 26 to provide the grounding power and the electromagnetic wave interference (ΕΜΙ). The grounding piece π includes a body 262. And a plurality of extension arms 264 extending from the body 262. The extension arms 264 are just overlapped and overlapped on the overlapping portions 246 of the plurality of grounding conductive terminals 241, so that the grounding piece 26 and the grounding conductive are electrically connected. end? The 241 ❾ effect can further achieve the purpose of “grounding work” and preventing the interference of the electric tank wave. In addition, in the metal casing, the pressing elastic piece 284 can be pressed against the t-shell of the board end connection boundary, and the metal casing is as Further, a snap-in spring 286 can be stuck; interfering with the insulating body 22. The electrical connector of the body is used in the insulating body, σ, and the hand-held portion is used as the electrical connection to the insulation. On the main body, the hand-held part is integrally formed, so that the structural strength that can avoid == is much longer than that of the draw-belt, and it can effectively make the (four) fatigue fracture and the connector that is not conducive to the product. Increasing the number of customer complaints. The problem of competition in the market. Example = saying that the scope of the patent is better for this creation, and that the application is not limited to the application of this creation. The scope of the patents covered by the disclosed spirit of the art / modification, modification should be included in the creation of the [simplified description of the schema] The first diagram is a three-dimensional combination diagram of the cable electrical connection % - ^ σ. Figure 2 is the electricity of the second figure Connector 泸. Ding Xinyu
第四圖係第二圖之電連接器的°=的㈣示意I 第五圖係第二圖之電連接分解示意圖。 立體分解示意圖。 M381193 第六圖係第五圖之電連接器在另一方向的立體分解示意 圖。 【主要元件符號說明】 〔本創作〕The fourth figure is the (four) schematic of the electrical connector of the second figure. The fifth figure is the exploded view of the electrical connection of the second figure. Stereoscopic decomposition diagram. M381193 Figure 6 is a perspective exploded view of the electrical connector of the fifth figure in the other direction. [Main component symbol description] [This creation]
1 線纜電連接器 12 絕緣本體 14 導電端子 16 金屬殼體 18 拉帶 2 電連接器 22 絕緣本體 220 容置空間 221 手持部 2212 手持斜面 2214 頂抵面 222 舌部 2221 槽道 224 基部 2241 通道 24 導電端子 241 接地導電端子 242 對接部 244 固定部 8 M381193 246 搭接部 26 接地片 262 本體 264 延伸臂 28 金屬殼體 282 接觸彈片 284 抵壓彈片 286 卡合彈片1 Cable electrical connector 12 Insulation body 14 Conductive terminal 16 Metal housing 18 Pull strap 2 Electrical connector 22 Insulating body 220 accommodating space 221 Handheld 2212 Hand-held bevel 2214 Abutment surface 222 Tongue 2221 Channel 224 Base 2241 Channel 24 Conductive terminal 241 Grounding conductive terminal 242 Butt joint 244 Fixing part 8 M381193 246 Lap part 26 Grounding lug 262 Main body 264 Extension arm 28 Metal housing 282 Contact spring 284 Compression spring 286 Engagement shrapnel