五、新型說明： 【新型所屬之技術領域】 本創作係有關一種連接器之端子改良，旨在提供一種可 與對應連接器導電片接觸穩固之連接器之端子改良。 【先前技術】 電連接器廣泛應用於電性連接兩個電子裝置以取得控制 讯號之傳遞。或者應用於一些電子裝置，如3C產品，安裝有 電源連接器以獲得電源訊號。該等電連接器通常包括一對相 互配合的元件，如插頭連接器與插座線纜連接器元件，該插 頭連接器與電路板相連接，該插座線纜連接器元件與對應電 子裝置或電源供應系統相連接用以將控制訊號或電源訊號傳 輸至電路板。插座線纜連接器元件通常包括一體射出成型的 絕緣本體、固持於該絕緣本體内的複數插座型端子及複數與 對應端子相連接的線纜。 該等插座型端子可參考美國專利公告第3, 964 815號。 •藉該等插座型端子與插頭連接器的對應插腳型端子相配接， 以使該插頭連接器與該插座連接器之間達成機械連接與電性 連接。然而’在某些存在高程度衝擊和震動的特殊環境中， 插座型端子與插頭連接器的對應插腳型端子間的連接易發生 脫離’從而導致插頭連接器與插座連接器電性接觸不良，或 組配時容易未將插頭連接器與插座連接器插未到定位，致使 控制訊號或電源訊號無法正常傳遞。 故出現有台灣專利公告號第543943號，專利名稱「端子 結構」，該端子4係包括有一 41，其後段係A 用於與導電片31對接之本體 其線::1相組接之失持部-，而於 部44為由收容槽:之^則為-對接部44,該對接 臂，藉此可與導電之自㈣所延伸彎折而成的彈性 43内，此外，並使導電片31進人於收容槽 作為與導電片=43^二:壁上更設有抵接點43卜 力。 德接叫加端子之導通良率及接觸能 惟’該端子僅藉由左、右單 其容易因彈性疲⑽。p構成彈性夾持作用， 乏而無法確實達到彈性夾持之效果。 【新型内容】 有鍛於此，士名丨 導電固之連供-種可與對應連接器 伸的i部^ m作之端子包括基部、自基部後端延 基部内縮形成接端延伸的導接部，各導接部末端則朝 一抵接點；其中=又，各導接部之接觸段内側設有至少一第 配置之夾持部，該基部前方末端沿該導接部延伸有二間隔 係由該導接部一該夾持部與該導接部間隔設置，且該夾持部 該連接器之導電侧延伸至前端並朝相對另一側延伸，不僅將 較佳彈性夾持效片導正插入於該端子之導接部間，更可提供 離，可使所诚，以有效防止因搖晃或震動而使其發生脫 與對應連接器之導電片接觸穩固。 M415441 【實施方式】 ，本創作之特點，可參閱本案®式及實施例之詳細說明而 獲得清楚地瞭解。 一本創作「連接器之端子改良」，如第二圖至第四圖（A) 所示，本創作為一種與線纜31連接的端子1，該端子丨一般 與連接器之導電片21進行配接。 如第二圖至第四圖（A)之第一實施例所示，該端子丨由導 電材料製成，包括一平板狀的基部n、一對位於兩側的導接 鲁部12、二間隔配置之夾持部13，以及一尾部14。 其中，該基部11之中段處係為一收容槽m，而該基部 11的相對側緣之後部向上延伸有一對延長部15，每個延長部 15的如^沿基部η縱長方向分別向前延伸有所述的導接部 12 ’各導接部12末端則朝基部丨丨内縮形成接觸段ι21，使 得該兩個導接部12呈八字狀延伸，以與連接器之導電片21 達成電性連接，各導接部之接觸段121内侧設有至少一第一 抵接點122 ’該第一抵接點122係由該導接部12側壁凹入所 鲁形成之凸點所形成，藉由該第一抵接點122凸伸於該基部n 内，可以提高端子之接觸能力及導通良率。 本創作之重點在於：二間隔配置之夾持部13係由該基部 11前方末端沿該導接部12延伸而成，該夾持部丨3與該導接 部12間隔設置’如圖所示之實施例中’各夾持部a係由基 部11前方上側末端沿該導接部上侧123延伸至前端124並朝 該導接部之下侧125延伸而成，使該夾持部13得以框住該導 接部之接觸段121外，並提供較佳夾持彈力。 再者，如第五圖至第七圖（A)所示為本創作之第二實施 M415441 例，該端子包括矩形框體的基部u、自基部u上側朝後延 伸的尾部14以及自基部丨丨兩側沿基部縱長方向朝向基部n 前端延伸的導接部12，各導接部12末端則朝基部内縮形成 接觸段121 ’各導接部12之接觸段121内侧設有至少一第一 抵接點122，二間隔配置之夾持部丨3同樣由該基部η前方 末端沿該導接部12延伸而成，該夾持部13與該導接部12間 隔設置，如圖所示之實施例中，各夾持部13係由該基部前方 下侧末端沿該導接部下侧125延伸至前端124並朝該導接部 上側123延伸而成，且上述各實施例中，該夾持部η相對於 該第一抵接點122下方處形成有第二抵接點131，該第二抵 接點131係由該夾持部13朝内之凸起所形成。 此外’基部11設有至少一定位片112，該定位片U 2係 由基部11向上延伸而成，可為端子丨在對應絕緣本體中的固 定提供保持力。 該尾部14由基部η的後端向後延伸而成，以與對應線 纜產生電性接觸，該尾部14依次向後設有兩對夾持翼丨41， 且靠近基部11的夾持翼141的高度低於另一失持翼141的高 度。兩對夾持翼141可借助壓接工具（未圖示）使其延伸並包 覆於對應線纜31上。 該端子1之尾部14夾固有線纜31，而該端子1則由一 連接器之上方朝下進行壓接，該連接器之導電片21經由該導 接部12進入於收容槽11時，同時藉由二接觸段121以及夾 持部13會與該導電片21作抵接，並提供適當的力量，以夾 持固疋s亥導電片21 ’此時該導電片21與該第一抵接點122 以及第二抵接點131形成導通，如此一來便可増加端子之導 2率及接觸能力’以完全避免接觸不良的情形 訊遽的傳輪更加籍中^ 而使 Μ加穩疋’且藉由該夾持部13之作用可進一 供導正及定位效果，增加該導 vk 或震動而使A發生脫離，可伯— 穩疋陡而不會因搖晃 k 離可使朗子1與對應連接器之基番 接，穩ϋ ’並可進—步提供較佳之彈性灸持力。 付-提的是，本I彳作相較於f有係具有下列優 ·Γ解之導接部⑽卿紅制段，可對導電片接 力’並藉由其内侧所形成之第-抵接點= =:==::定?完全一良‘發 女道等電片，以提供一壓接路徑，且 有導正導電片之作用，使 ^ - 會形成歪I h導電片可垂直壓人於該端子内不 3藉由一炎持部之作用提供定位效果，增加該導電 .。疋，而不會因搖晃或震動而使其發生脫離，可使 •對應連接器之導電片接觸穩固。 、子與 道=、i亥第二抵接點係低於該第一抵接點，可供不同長度之 =確實接觸’以提供較佳接觸行程，如第四圖α)及；： 么與長度較長之導電片21插接時，該導電片21可 同日…該第-抵接點122以及第二抵接點ΐ3ι形成導 插接於長度較長之導電片21時，如第四圖⑻及第七圖（『 所不+該第—抵接點131仍可與該導電片21形成導通。 、<.j所述’本創作提供—較佳可行連接器之端子改良， 菱依〆呈新型專利之巾請；本創作之技術内容及技術特點 M415441 已揭示如上，然而熟悉本項技術之人士仍可能基於本創作之 揭示而作各種不背離本案創作精神之替換及修飾。因此，本 創作之保護範圍應不限於實施例所揭示者，而應包括各種不 背離本創作之替換及修飾，並為以下之申請專利範圍所涵蓋。 【圖式簡單說明】 第一圖係為習有端子之結構分解圖。 第二圖係為本創作中端子與導電片之第一實施例結構分 解圖。 第三圖係為本創作中端子之第一實施例側面示意圖。 第四圖（A)係為本創作中端子與較長導電片壓接之第一 實施例結構示意圖。 第四圖（B)係為本創作中端子與較短導電片壓接之第一 實施例結構不意圖。 第五圖係為本創作中端子與導電片之第二實施例結構分 解圖。 第六圖係為本創作中端子之第二實施例側面示意圖。 第七圖（A)係為本創作中端子與較長導電片壓接之第二 實施例結構示意圖。 第七圖（B)係為本創作中端子與較短導電片壓接之第二 實施例結構不意圖。 【主要元件符號說明】 端子1 基部11 M415441 收容槽111 定位片112 導接部12 接觸段121 第一抵接點122 上側123 前端124 下側125 夾持部13 第二抵接點131 尾部14 夾持翼141 延長部15 導電片21 線纜31 端子4 本體41 夾持部42 收容槽43 抵接點431 對接部44V. New description: [New technical field] This is a terminal improvement of a connector, which aims to provide a terminal improvement for a connector that can be stably contacted with a corresponding connector conductive sheet. [Prior Art] Electrical connectors are widely used to electrically connect two electronic devices to obtain control signal transmission. Or it can be applied to some electronic devices, such as 3C products, with a power connector installed to obtain power signals. The electrical connectors typically include a pair of mating components, such as a plug connector and a receptacle cable connector component, the plug connector being coupled to a circuit board, the receptacle cable connector component and corresponding electronics or power supply The system is connected to transmit control signals or power signals to the board. The socket cable connector component generally includes an integrally injection molded insulative housing, a plurality of receptacle type terminals held in the insulative housing, and a plurality of cables connected to the corresponding terminals. Such socket type terminals can be referred to US Patent Publication No. 3,964,815. • The socket type terminals are mated with the corresponding pin type terminals of the plug connector to achieve a mechanical connection and an electrical connection between the plug connector and the socket connector. However, 'in some special environments where there is a high degree of shock and vibration, the connection between the socket type terminal and the corresponding pin type terminal of the plug connector is liable to be detached', resulting in poor electrical contact between the plug connector and the socket connector, or When the assembly is performed, it is easy to insert the plug connector and the socket connector into the positioning, so that the control signal or the power signal cannot be transmitted normally. Therefore, there is Taiwan Patent Publication No. 543943, the patent name "terminal structure", the terminal 4 includes a 41, and the rear section A is used for the body that interfaces with the conductive sheet 31. The line: : 1 phase combination is lost The portion 44 is a receiving groove: the abutting portion 44, and the butting arm is configured to be electrically conductive from the elastic portion 43 which is bent and bent, and further, the conductive sheet 31 into the person in the storage slot as a conductive sheet = 43 ^ two: the wall is further equipped with a point of contact 43 force. The connection rate and contact energy of the terminal and the terminal are only [by the left and right terminals, which are easily fatigued (10). p constitutes an elastic clamping effect, which is too much to achieve the effect of elastic clamping. [New content] There is a forging, the name of the conductive and solid connection - the type of the terminal that can be extended with the corresponding connector, including the base, and the extension of the base end from the rear end of the base The end of each of the guiding portions faces an abutting point; wherein, in addition, the inner side of the contact portion of each guiding portion is provided with at least one first configured clamping portion, and the front end of the base portion has two spaces extending along the guiding portion The guiding portion is spaced apart from the guiding portion by the guiding portion, and the conductive portion of the connector extends to the front end and extends toward the opposite side, which not only preferably elastically holds the effect piece The guide is inserted between the guiding portions of the terminal, and can be provided to provide a separation, so as to effectively prevent contact between the conductive sheets of the corresponding connector due to shaking or vibration. M415441 [Embodiment] The characteristics of this creation can be clearly understood by referring to the detailed description of this case and the examples. In the creation of the "terminal improvement of the connector", as shown in the second to fourth figures (A), the present invention is a terminal 1 connected to the cable 31, which is generally carried out with the conductive sheet 21 of the connector. Mating. As shown in the first embodiment of the second to fourth figures (A), the terminal 丨 is made of a conductive material, and includes a flat base portion n, a pair of guide lugs 12 on both sides, and two spacers. The clamping portion 13 is configured, and a tail portion 14 is provided. Wherein, the middle portion of the base portion 11 is a receiving groove m, and the rear portion of the opposite side edge of the base portion 11 extends upwardly with a pair of extending portions 15, each of which extends forward in the longitudinal direction of the base portion η The end of each of the guiding portions 12 is extended to form a contact portion ι 21 toward the base portion, so that the two guiding portions 12 extend in a figure-eight shape to reach the conductive sheet 21 of the connector. The first contact point 122 is formed by the bump formed by the sidewall of the guide portion 12, The first abutting point 122 protrudes from the base portion n, and the contact ability and the conduction yield of the terminal can be improved. The focus of the present invention is that the clamping portion 13 of the two spaced apart portions is formed by extending the front end of the base portion 11 along the guiding portion 12, and the clamping portion 丨3 is spaced from the guiding portion 12 as shown in the figure. In the embodiment, each of the clamping portions a extends from the upper end of the front side of the base portion 11 along the upper side 123 of the guiding portion to the front end 124 and extends toward the lower side 125 of the guiding portion, so that the clamping portion 13 can be The outer portion of the contact portion 121 of the guiding portion is framed and provides a better clamping force. Furthermore, as shown in the fifth to seventh figures (A), the second embodiment of the creation is M415441, the terminal includes a base u of a rectangular frame, a tail portion 14 extending rearward from the upper side of the base portion u, and a base portion 丨The guide portions 12 extending toward the front end of the base portion n along the longitudinal direction of the base portion, and the ends of the respective guide portions 12 are contracted toward the base portion to form the contact portion 121. At least one of the inner side of the contact portion 121 of each of the guide portions 12 is provided. The nip portion 3 of the two spaced-apart arrangement is also formed by the front end of the base portion η extending along the guiding portion 12, and the nip portion 13 is spaced apart from the guiding portion 12 as shown in the figure. In the embodiment, each of the clamping portions 13 extends from the lower front end of the base portion along the lower side 125 of the guiding portion to the front end 124 and extends toward the upper side 123 of the guiding portion, and in the above embodiments, the clamping portion 13 A second abutting point 131 is formed on the lower portion of the holding portion η with respect to the first abutting point 122. The second abutting point 131 is formed by the inward convex portion of the clamping portion 13. Further, the base portion 11 is provided with at least one positioning piece 112 which is extended upward from the base portion 11 to provide a retaining force for the fixing of the terminal 丨 in the corresponding insulating body. The tail portion 14 is extended rearwardly from the rear end of the base portion η to make electrical contact with the corresponding cable. The tail portion 14 is sequentially provided with two pairs of clamping wings 41, and the height of the clamping wings 141 near the base portion 11. Lower than the height of the other missing wing 141. The two pairs of clamping wings 141 can be extended and covered on the corresponding cable 31 by means of a crimping tool (not shown). The tail portion 14 of the terminal 1 is clamped with the inner cable 31, and the terminal 1 is crimped downward from the upper side of the connector. When the conductive sheet 21 of the connector enters the receiving slot 11 through the guiding portion 12, The two contact segments 121 and the clamping portion 13 are in contact with the conductive sheet 21, and provide appropriate force to clamp the solid conductive sheet 21'. At this time, the conductive sheet 21 is in contact with the first portion. The point 122 and the second abutment point 131 form a conduction, so that the conduction rate and the contact capability of the terminal can be increased to completely avoid the situation of poor contact, and the transmission wheel is more stable. And by the action of the clamping portion 13, the guiding and positioning effect can be further improved, and the guiding vk or the vibration is increased to cause the A to be disengaged, and the A-stable can be stabilized without being shaken, so that the Langzi 1 can be correspondingly The basics of the connector are connected, and it is stable and can provide better elastic moxibustion. It is mentioned that, in contrast to f, there is a guiding section (10) of the following section, which can be used for the relay of the conductive sheet and the first-contact formed by the inner side thereof. Point = =:==:: 定? Completely a good 'hair girl's electric film to provide a crimping path, and has the role of a positive conductive sheet, so that ^ - will form a 歪I h conductive sheet can be vertically pressed The person does not provide a positioning effect by the action of an inflammatory portion in the terminal, thereby increasing the conduction.疋, without being detached by shaking or shaking, the contact piece of the corresponding connector can be made stable. , sub-track =, i Hai second abutment point is lower than the first abutment point, available for different lengths = indeed contact 'to provide a better contact stroke, such as the fourth figure α) and;: When the conductive sheet 21 having a long length is inserted, the conductive sheet 21 can be formed on the same day as the first abutting point 122 and the second abutting point ΐ3ι. (8) and the seventh figure ("No + the first - the contact point 131 can still form a conduction with the conductive sheet 21.", <.j said 'this creation provides - better possible connector terminal improvement, Lingyi 〆The invention is based on the technical content and technical characteristics of M415441. However, those skilled in the art may still make substitutions and modifications based on the disclosure of this creation without departing from the spirit of the creation of the case. The scope of protection of this creation should not be limited to those disclosed in the examples, but should include various substitutions and modifications that do not depart from the creation and are covered by the following patent application. [Simplified illustration] The first picture is the Xi Exploded view of the structure of the terminal. A structural exploded view of a first embodiment of a terminal and a conductive sheet. The third figure is a side view of the first embodiment of the terminal in the present invention. The fourth figure (A) is the terminal and the long conductive sheet pressure in the present creation. The structure of the first embodiment is shown in Fig. 4. The fourth figure (B) is the structure of the first embodiment in which the terminal is crimped to the shorter conductive sheet. The fifth figure is the terminal and the conductive sheet in the present creation. The second embodiment is a schematic side view of the second embodiment of the present invention. The seventh figure (A) is the structure of the second embodiment of the present invention in which the terminal is crimped to the longer conductive sheet. Fig. 7(B) is a schematic view of the structure of the second embodiment in which the terminal is crimped to the shorter conductive sheet. [Main component symbol description] Terminal 1 Base 11 M415441 Storage groove 111 Positioning piece 112 Leading portion 12 Contact section 121 First abutment point 122 Upper side 123 Front end 124 Lower side 125 Clamping part 13 Second abutment point 131 Tail part 14 Clamping wing 141 Extension 15 Conductive sheet 21 Cable 31 Terminal 4 Body 41 Clamping portion 42 Receiving groove 43 abutting point 431 butting portion 44