M426174 五、新型說明： 【新型所屬之技術領域】 本到作涉友導電用連接器産品技術領域，特指_種彈性 端子。 【先前技掏j 在許多電子產品（例如手機）巾需要配襟電池，電池與產品 本體之間的需要通過雜軒連接，以將電池的電量輪送給產品 柄。爲了使電極端子與電池之間形成敎的雜麵，财^口 4體中所採㈣電極端子麟性電極端子連接器，通過彈性電 ^端子連接器t電極端子自身的彈力，令其與電池的電極形成穩 請參見第1圖至第3圖所示，—塑膠本體5，該塑膠本體5 内部設置有編_於容趟辦子6的孔槽51 下表面成财貫穿孔槽51的開σ52; ^胃5M426174 V. New description: [New technical field] This is the technical field of connector products for conductive conductors, especially _ kinds of elastic terminals. [Previously, in many electronic products (such as mobile phones), a battery needs to be equipped with a battery. The battery and the product body need to be connected through a hybrid to send the battery power to the product handle. In order to form a miscellaneous surface between the electrode terminal and the battery, the (four) electrode terminal lining electrode terminal connector is taken in the body of the yoke 4, and the elastic force of the t electrode terminal itself through the elastic electric terminal connector is used to make the battery For the stability of the electrode formation, please refer to FIG. 1 to FIG. 3, which is a plastic body 5, and the inside of the plastic body 5 is provided with a hole 51 of the groove 6 of the container 6 to open the hole 51. Σ52; ^stomach 5
於娜⑽ 難極端子6包括穿過歸本體5通孔顯露 、4體5前端的接觸部61和顯露於塑膠本體5末端的引腳部 62以及插嵌於塑膠本體5孔槽51中的彈簧部63 ; 端口51前端形成有供接觸部穿出的觸，該通槽的, 、、型有—水平的第一卡位511和一傾斜的第二卡位 =㈣子6願61娜，咖水平彎折細 弧妒的第Γ11 ’所述的接觸部61與彈簧部63連接處成型有' 弧形的第二抵觸部612。 M426174 這種結構的電極端子連接器在安裝過程在存在如下缺陷：组 裝時，電極端子6前端的接觸部61首先由塑膠本體5下表面開口 52插入孔槽51内’然後令接觸部61前端穿過孔槽η前端的通 槽。在此過程令，接觸部61的頂端可能會抵於第二卡位512上， 造成接觸部6丨無_峨人通射。若組純_度過大， 很可能會造成電極端子變形。 糾，由於接卿61呈_，而其穿補呈直線型，通 爭槽無法對接觸部61形成定位，必須通過第一抵觸部6ιι、第二抵 觸部612與第-卡位511、第二卡位512形成定位。但是，由於第 卡位511爲-平面’第二卡位爲弧面512，這樣就造成第一抵觸 部阳、第二抵觸部612在與其配合時無法形成穩定的抵觸定位， 容易導致端子接觸部61出現偏轉、變形，彈點魏等不良現象。 狹识一種 本創作的主要目的在於克服現有技術的不足之處 可對電極端子形成敎定位的電極端子連接器。 本創作爲實現其目的所採用的技術方案是：該連接器包括一 塑膠座’該卿座内成型有多數個用於容置電極端子的安裝插 孔；多數個電極端子，該電極端子包括一體成型的接觸部、、 部和位於接觸部與引腳部之間的彈簧部，其中，接觸部穿出_ 座的安裝巍露於麵朗前端，⑽«過_座_露 f塑膠座的末端’彈簧部位于錢減内；上述安裝插孔供接觸 4穿出的開口内壁成型有—用於引導接觸部插入、並成“八，，字 M426174 形的定位面；所述的接觸部成型有與‘乂，，字形定位面對應的第 一抵觸面和第二抵觸面。 其中，所述的電極端子爲條形金屬片一體彎折成型，其接觸 部由金屬片的前段彎折成楔形；所述的第—抵觸面由金屬片前段 的末端彎折成型’所述的第二接觸面彎折成型於接觸部與彈菁部 相接處。 /、中所it的JI—接觸Φ末端向後延伸絲復U形彎折开)成 ,所述的彈簧部，所述的引腳部包括沿彈菁部末端賢直向下延伸的 定位部以及沿定位部水平彎折形成的安裝腳。 其中，所述的塑膠座包括：塑膠本體和插嵌連接於塑膠本體 後端的讎職的絲插魏括：開設於卿本體内的通 孔和位於成型於塑膠後座内的安裝槽。 其中’所述塑膠本體内的通孔由位於前端較窄的通槽和位於 後端較寬的孔室構成，其中所述的通槽供接觸部穿過；所述的孔 •室用於容置彈簧部；其中所述的成“八，，字形定位面位於通槽後 端口的外緣。 其中’所述的塑膠本體與塑膠後座之間通過一叉片穩固相接。 才木用上述技術方案後，本創作與現有技術相比較具有以下有 益效果：在組裝方面，本創作電極端手的接觸部頂端由安裝插孔 伸出知’接觸部頂端將首先通過成“八，’字形定位面的引導順利 插入’並伸出安裝插孔。其次，由於安裝插孔内的定位面爲傾斜 面’其與接觸部中的第一接觸部和第二接觸部形成穩定的接觸， M426174 利用接觸部自㈣雜張力令第—接卿和第二接轉貼合在〜 位^上’形定的支#，這樣就可_電極端子的接觸部2 穩定定位的效果’防止出現電極端柯餘等不良現象。1 【實施方式】 一步說明。 :塑膠座1、電極蠕子 下面結合具體實施例和附圖對本創作進 參見第4圖至第8圖所示，本創作包括 2和叉片4。 』膠座1内成型有用於容置電極端子2的安裝插孔3。 新型中塑膠座i包括··塑膠本體u和塑膠後座12，塑膠本體^ 與塑夥後座12相魏合構成_座卜具體結構爲：在塑膠本體 1的後端面成财卡槽’於瓣後座12的前端面成财與卡槽配 合的凸塊，通過卡槽與凸塊_魏合令二者結合，再通過又^ 將塑膠本體η與轉後座12觀連接，形成—個整體。 所述的電極端子2位於安裝插孔3内，其包括：一體成型的 接觸部21、引腳部23和位於接觸部21與⑽部23之間的彈菁部 22。其中’制部21穿過安储孔3箱露於歸座〗的前=， 引腳部23穿過轉後座12並顯露於瓣座丨的末端。 參見第6圖’上述的電極端子2爲條形金屬片一體彎折成型， 其接觸部21由金屬片的前段彎折成楔形，其作爲電性接觸部分。 接觸部21後端形成有“八，，字形的第—抵觸面2ιι和第二抵觸面 八中所述的第-抵觸面211由構成電極端子2的金屬片前 段的末端彎折成型，所述的第二接觸部212彎折成型於接觸部Μ M426174 == 接處。第一抵觸面211爲自由端，其可以通過自身 7 #具有上下壓縮的彈性形變空間。彈簧部22採用 作折軸’使其自身具有彈性_度，纽具有縱向壓 縮的彈性形變空間，通過彈簧部22的縱向彈力，可以令接觸部Μ 入安裝插孔3的出口處。引腳勒包括沿彈筹部22豎直 向下延伸的定位部况以及沿定位部扭水平彎折形成的安裝腳 2，其中疋位部221 _向外延伸形成有卡片。安裝腳222用於 將電極端子2固定在電路板上，與之形成雜連接。 山參見第7圖所示，由於本創作的塑膠座i由塑膠本體^和插 嵌連接於歸本體Π後娜後座12構成。故，娜座i内 的安裝插孔3包括：開設於塑膠本體u _通孔3ι和成型於塑 膠後座12内的安裝槽32。 所述塑膠本體n内的通孔31由位於前端較窄的通槽祀和 位於後端較寬的孔室犯構成，其中所述的通槽祀供電極端子2 的接觸部21穿出’所述的孔室312用於容置電極端子2的彈簧部 22。 / 上述的通槽311構成上述安裝插孔3的開口，在其内壁，即 通槽311後端口的外緣面形成有與電極端子2第一接觸部扣、第 二接觸部212配合的定位面313、314。該定位面3l3、314爲一傾 斜面，兩定位面呈“八”字形。 參見第9圖所示，裝配本創作時，先將電極端子2固定在塑 勝後座12上’電極端子2的引腳部23及彈菁部22後端自安裳槽 M426174 32 ^放式的下端由下而上插入’其中定位部23丨與安裝槽幻形成 卡嵌配合。此時，電極端子2的引腳部232顯露於塑膠後座η末 端’電極端子2彈簧部22後段位於塑膠後座12中。從而實現電 極端子2後端固定在塑膠後座12上。 其次’將塑膠本體11套入安裝好電極端子2的塑膠後座12 中，此時’電極端子2的接觸部21穿過通孔31前端的通槽3ΐι 並顯露於塑朦本體！ 端，電極端子2彈菁部22的前段位於通孔 爭3!後端的孔室312内。同時塑膠後座_嵌連接於塑膠本體” 上0 最後，將叉片4自上而下插入塑膠本體n和塑膠後座12上 的插槽中，從而實現了整個連接器的穩固定位。Yu Na (10) The hard terminal 6 includes a contact portion 61 that passes through the body 5 through hole, a contact portion 61 of the front end of the body 5, and a lead portion 62 that is exposed at the end of the plastic body 5 and a spring that is inserted into the hole 51 of the plastic body 5. a portion 63; a front end of the port 51 is formed with a contact for the contact portion to pass through, the through slot, the type has a horizontal first card position 511 and a tilted second card position = (four) sub 6 wish 61 Na, coffee The second contact portion 612 having an arc shape is formed at the junction of the contact portion 61 and the spring portion 63 described in the first step 11' of the horizontally bent thin arc. M426174 The electrode terminal connector of this structure has the following defects in the mounting process: when assembled, the contact portion 61 at the front end of the electrode terminal 6 is first inserted into the hole groove 51 from the lower surface opening 52 of the plastic body 5, and then the front end of the contact portion 61 is made. A through groove passing through the front end of the hole n. In this process, the top end of the contact portion 61 may abut against the second card position 512, causing the contact portion 6 to pass through. If the group is too large, it may cause deformation of the electrode terminals. Correction, since the pick-up 61 is _, and the wear-through is linear, the pass-through slot cannot form a position on the contact portion 61, and must pass through the first abutting portion 6 ιι, the second abutting portion 612, and the first-clamp 511, the second The card position 512 forms a position. However, since the first card position 511 is a plane, the second card position is a curved surface 512, so that the first abutting portion and the second abutting portion 612 cannot form a stable interference position when they are engaged with each other, which easily leads to the terminal contact portion. 61 Deformation, deformation, bullets and other undesirable phenomena. One of the main purposes of this creation is to overcome the deficiencies of the prior art. An electrode terminal connector that can form a 敎 positioning of the electrode terminals. The technical solution adopted by the present invention for achieving the purpose is that the connector comprises a plastic seat. The mounting seat has a plurality of mounting holes for receiving the electrode terminals; and a plurality of electrode terminals including the integral body. a molded contact portion, a portion, and a spring portion between the contact portion and the lead portion, wherein the contact portion passes through the mounting portion of the seat and is exposed at the front end of the surface, (10) «over_seat_l 'The spring portion is located within the weight reduction; the mounting hole is formed by the inner wall of the opening through which the contact 4 is formed - for guiding the contact portion to be inserted, and forming a positioning surface of the shape "eight, M426174; the contact portion is formed with a first abutting surface and a second abutting surface corresponding to the 乂, the locating surface, wherein the electrode terminal is integrally bent and formed by a strip-shaped metal piece, and the contact portion is bent into a wedge shape by a front portion of the metal piece; The first contact surface is formed by bending the end of the front portion of the metal sheet. The second contact surface is bent and formed at the contact portion of the contact portion and the elastic portion. /, JI of the middle of the joint Φ end of the contact Φ end backward The extension wire has a U-shaped bend and is opened, In the spring portion, the lead portion includes a positioning portion extending straight along the end of the elastic portion and a mounting leg formed by horizontally bending along the positioning portion. The plastic seat includes: a plastic body and a plug-in insert. The shackles of the shackles connected to the back end of the plastic body: the through holes opened in the body of the plastic body and the mounting grooves formed in the plastic rear seat. The through hole in the plastic body is narrowed at the front end. a through groove and a wide cavity at the rear end, wherein the through groove is for the contact portion to pass through; the hole chamber is for accommodating the spring portion; wherein the "eight," shaped positioning surface Located at the outer edge of the rear port of the slot. Wherein the plastic body and the plastic back seat are firmly connected by a fork piece. After using the above technical solution, the present invention has the following beneficial effects compared with the prior art: in terms of assembly, the tip end of the contact portion of the electrode tip of the present invention is extended by the mounting socket, and the tip of the contact portion will first pass through , the guide of the gage positioning surface is smoothly inserted and protrudes from the mounting jack. Secondly, since the positioning surface in the mounting jack is an inclined surface, it forms stable contact with the first contact portion and the second contact portion in the contact portion. , M426174 use the contact part from the (four) miscellaneous tension so that the first and second joints are attached to the 'position' on the 'position', so that the contact position of the electrode terminal 2 can be stably positioned to prevent the occurrence of electricity. Unfavorable phenomena such as extreme keyu. 1 [Embodiment] One step description: Plastic seat 1, electrode worm Below the specific embodiment and the drawings, the creation is shown in Figures 4 to 8, and the creation includes 2 and Fork piece 4. The mounting seat 3 for accommodating the electrode terminal 2 is formed in the rubber seat 1. The new plastic seat i includes a plastic body u and a plastic rear seat 12, and the plastic body ^ is opposite to the plastic rear seat 12 Wei He constitutes The specific structure is: a bump formed on the front end surface of the plastic body 1 at the front end surface of the flap rear seat 12 to form a bump with the card slot, through the card slot and the bump _ Wei Heling combination, and then pass ^ The plastic body η is connected to the rotating rear seat 12 to form a whole. The electrode terminal 2 is located in the mounting socket 3, and comprises: an integrally formed contact portion 21, a lead portion 23 and a contact portion 21 and (10) The elastic portion 22 between the portions 23, wherein the 'preparation portion 21 passes through the front of the storage hole 3 in the homing〗, and the pin portion 23 passes through the rear seat 12 and is exposed at the end of the sill Referring to Fig. 6, the electrode terminal 2 described above is integrally formed by bending a strip-shaped metal piece, and the contact portion 21 is bent into a wedge shape by the front portion of the metal piece as an electrical contact portion. The rear end of the contact portion 21 is formed with " 8. The first-butting surface 211 of the first and second surfaces of the glyph is formed by bending the end of the front end of the metal piece constituting the electrode terminal 2, and the second contact portion 212 is bent. Molded into the contact Μ M426174 == junction. The first abutting surface 211 is a free end, which can pass through its own elastic space with upper and lower compression. The spring portion 22 is used as a folding shaft to have its own elasticity _ degree, and the button has a longitudinally compressed elastic deformation space. The longitudinal elastic force of the spring portion 22 allows the contact portion to be inserted into the outlet of the mounting hole 3. The pin includes a positioning portion extending vertically downward along the elastic portion 22 and a mounting leg 2 formed by bending horizontally along the positioning portion, wherein the clamping portion 221_ extends outwardly to form a card. Mounting feet 222 are used to secure the electrode terminals 2 to the circuit board to form a miscellaneous connection therewith. As shown in Fig. 7, the plastic seat i of the present invention is composed of a plastic body and a plug-in connection to the body back and the rear seat 12. Therefore, the mounting jack 3 in the base i includes: a plastic body u _ through hole 3 ι and a mounting groove 32 formed in the plastic rear seat 12 . The through hole 31 in the plastic body n is composed of a narrow groove at the front end and a wide hole at the rear end, wherein the through groove 祀 is provided for the contact portion 21 of the electrode terminal 2 to pass through The hole chamber 312 is for accommodating the spring portion 22 of the electrode terminal 2. The above-mentioned through groove 311 constitutes an opening of the mounting jack 3, and an inner surface of the port, that is, the outer edge surface of the rear port of the through groove 311, is formed with a positioning surface that engages with the first contact portion buckle of the electrode terminal 2 and the second contact portion 212. 313, 314. The positioning faces 313, 314 are inclined faces, and the two positioning faces are in an "eight" shape. Referring to Fig. 9, when assembling the original assembly, the electrode terminal 2 is first fixed on the plastic rear seat 12, the lead portion 23 of the electrode terminal 2 and the rear end of the elastic portion 22 are self-installed in the slot M426174 32 The lower end is inserted from bottom to top, wherein the positioning portion 23 is slidably engaged with the mounting groove. At this time, the lead portion 232 of the electrode terminal 2 is exposed at the end of the plastic rear seat η. The rear end of the electrode portion 2 of the electrode terminal 2 is located in the plastic rear seat 12. Thereby, the rear end of the electrode terminal 2 is fixed on the plastic rear seat 12. Next, the plastic body 11 is placed in the plastic rear seat 12 on which the electrode terminal 2 is mounted. At this time, the contact portion 21 of the electrode terminal 2 passes through the through groove 3ΐ of the front end of the through hole 31 and is exposed to the plastic body! At the end, the front end of the electrode terminal portion 22 of the electrode terminal 2 is located in the hole chamber 312 at the rear end of the through hole. At the same time, the plastic rear seat _ is connected to the plastic body. On the last, the fork 4 is inserted into the slot on the plastic body n and the plastic rear seat 12 from top to bottom, thereby achieving a stable fixing position of the entire connector.
在上述安裝過程中，電極端子2的接觸部21在插入通槽3ιι 後，接觸部2!的第-接觸面211和第二接觸面212正好貼合在定 位面3B、314上。在電極端子2彈簧部22產生的縱向彈力作用 下，以及接觸部21自身張開的彈性趨勢下，第一接觸面2ιι、第 二接觸面212將緊貼合在定位面313、314上。同時，由於第一接 觸面211和第二接觸面212以及兩定位面313、314呈“八，，字形， 定位面將雜料21形成“紐”❺雜，軸—勸形插入結 構’可有效防止接觸部21產生晃動，確保其彈點穩定。另外，定 位面3Π、3】4還具有引導面的作用，接觸部21頂端將通過成 “八”字形定位面的引導順利插人，並伸出安裝插孔3。 當然’社所述僅爲働的具體實施例耐，麟來限制本 =::::===:- 【圖式簡單說明】 第1圖是财電極端子連接H的組合圖； 第2圖是現有電極端子連接器的立體分解圖 第3圖是财電極端子連接n的剖視圖； 第4圖是本創作的立體分解圖； 第5圖是本創作的立體圖； 第6圖是本創作電極端子的主視圖； 第7圖是本創作轉座的剖視圖； 第8圖是本創作的内部結構示意圖；及 第9圖是本創作裝配流程示意圖。 【主要元件符號說明】 51—孔槽 512—第二卡位 6—電極端子 611—第〜抵觸部 62—彈簧部 現有技術 5—塑膠本體 511—第一卡位 52—開口 61—接觸部 612 —第二抵觸部 63—-引腳部 本創作 M426174In the above mounting process, after the contact portion 21 of the electrode terminal 2 is inserted into the through groove 3, the first contact surface 211 and the second contact surface 212 of the contact portion 2! are just attached to the positioning faces 3B, 314. Under the longitudinal elastic force generated by the spring portion 22 of the electrode terminal 2 and the elastic tendency of the contact portion 21 itself to open, the first contact surface 2 ι and the second contact surface 212 will abut against the positioning surfaces 313, 314. At the same time, since the first contact surface 211 and the second contact surface 212 and the two positioning surfaces 313, 314 have an "eight," shape, the positioning surface forms the "new" noisy of the miscellaneous material 21, and the shaft-supply insertion structure can be effective. The contact portion 21 is prevented from being shaken to ensure the stability of the bullet point. In addition, the positioning surface 3Π, 3]4 also has a guiding surface, and the top end of the contact portion 21 is smoothly inserted through the guiding of the "eight" shaped positioning surface, and is extended. Out of the installation of the jack 3. Of course, the company said that only the specific embodiment of the 耐, Lin to limit this =::::===:- [Simple description of the diagram] Figure 1 is the financial electrode terminal connection H 2 is a perspective exploded view of a conventional electrode terminal connector. FIG. 3 is a cross-sectional view of the financial electrode terminal connection n. FIG. 4 is an exploded perspective view of the present invention; FIG. 5 is a perspective view of the present creation; The figure is a front view of the electrode terminal of the present invention; Fig. 7 is a cross-sectional view of the transposition of the present creation; Fig. 8 is a schematic view of the internal structure of the creation; and Fig. 9 is a schematic diagram of the assembly process of the creation. [Description of main component symbols] 51 —hole groove 512—second card position 6—electrode terminal 611—The first to the opposite portion 62—the spring portion The prior art 5—the plastic body 511—the first card position 52—the opening 61—the contact portion 612—the second abutting portion 63—the lead portion This creation M426174
1 一塑膠座 12—塑膠後座 21 —接觸部 212—第二抵觸面 23 —引腳部 232—安裝腳 31—通孔 311—通槽 313、314—定位面 11 一塑膠本體 2一電極端子 211—第一抵觸面 22—彈簧部 231—定位部 3— 安裝插孔 32—安裝槽 312—孔室 4— 叉片1 Plastic seat 12 - Plastic rear seat 21 - Contact portion 212 - Second abutting surface 23 - Lead portion 232 - Mounting foot 31 - Through hole 311 - Through groove 313, 314 - Positioning surface 11 A plastic body 2 - Electrode terminal 211 - first abutting surface 22 - spring portion 231 - positioning portion 3 - mounting socket 32 - mounting groove 312 - hole chamber 4 - fork
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