M346126 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種連接器，尤其涉及一種電池連接器。 【先前技術】 按’移動通訊產品通常需要設置電池連接器以實現電 池與電路板之間的電性連接。習知的電池連接器大多係利 ㈣子的焊接_由SMT技術料子焊接到電路板上。 惟，當電池連接器的焊接腳共面度不好時，無法平整 的與電路板緊貼在一起，你而Η1 J：卩# + ^從而弓丨起鈿子與電路板的焊接不 良’進而使產品功能喪失。 【新型内容】 2狀目的係針對上述f知从而提供—種能 =子的焊腳部料面度問題導致焊接Η的電池連接 路板電1~=；^目@ ’本創作所提供電池連接11用於與電 t連接’本電池連接器包括—絕緣本體、複數端子 歧。端本虹㈣衫财敍鐘個端子 向上-折延伸後再卜、，持另—端向後並傾斜 臂部的末端斜向；:=::延伸_部，彈 接觸部Μ、ϋΨ斜向下·，%折延伸形成彈抵部， ^伸出絕緣本體，彈抵部向上伸出絕緣本 M346126 體。助焊ϋ的一端固定於定位卡槽内，另—端岐在電路 板上。 如上所述，本創作電池連接器組裝於外部電路板上 後，端子之彈抵邛通過彈臂部的彈力與電路板彈性抵壓而 電性連接，其組裝過程不需要焊錫製程，可有效解決因端 子焊接腳共面度不好引起的端子與電路板的焊接不良的問 題。 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目 的及功效，以下茲例舉實施例並配合圖式詳予說明。 請參閱第一圖及第二圖，本創作電池連接器1包括絕 緣本體10、插設於絕緣本體10上的複數個端子20及四個 固定在絕緣本體10上的助焊片30。 絕緣本體10大致呈長方體形，其具有上表面u、下 表面12、兩側面13、前表面14及後表面15。絕緣本體1〇 上開設有貫穿上表面11和下表面12的複數個供端子2〇插 設的端子通道16。絕緣本體10的前表面14的上端向内開 设有和端子通道16連通的端子定位道I?，端子定位道I? 的數目與端子通道16的數目相等。端子通道16前端上部 向兩侧擴伸，從而在端子通道16前端中下部形成兩卡台 161。絕緣本體10的兩側面13上靠近前表面14處分別凸 設有一凸塊18，後表面15上亦凸設有兩個凸塊18。凸塊 6 M346126 18稍微高出絕緣本體1G上表面u。凸塊18上開設有上下 貫穿凸塊18的定位卡槽18卜兩側面13對應的凸塊μ皆 朝向絕緣本體1〇内部延伸有-矩形的壓持板182，該兩壓 持板182分別與上表面u形成一插槽19。 端子20具有一呈登直板狀的擔持部21，擔持部21的 -端中部向下並向後彎折延伸峰_22，彈2 擒㈣的另一端中部向後並傾斜 並傾斜向上彎折延伸㈣臂部2 仪伸後再向則 延伸後再斜向下折延伸形成彈^的末端斜向上 2卜彈性部22及彈臂部24叠置在料。端子2G的擔持部 U下端擒持於端子通道16之卡台^通道16 A，擒持部 -部分伸出絕緣本體10，彈抵部 接觸部23至少 並在下壓時收容於端子定位道17。11上伸出絕緣本體10 在組裝本創作電池連接器丨日士， 16内，助焊片3G嵌入相應的定 2G插人端子通道 彈抵部25向上伸出絕緣本體1〇。 81内，端子20的 睛參閱第三圖至第六圖，當本創 ^ 於電路板5上時，先將一 “τ”步θ、，連接态1裝設 緣本體10上表面11上’使預壓板員二板‘4碩部朝前置於絕 表面15上&㈣㈣㈣18 形尾部位於後 “Τ”形尾部，使得預壓板4前^ =前推預壓板4之 而卡入插槽19内，從而將 7 M346126 端子20之彈抵部25下屢使彈抵部25收容於端子定位道p 内。將開設有定位孔（圖中未示）的電路板5由上向下通 過助焊片30^位並焊接於絕緣本體1()上。再繼續向前推 顏板4之“τ”形尾部，域鱗本體1〇衫抽出預壓 板4，從而使得端子20之彈抵部25因為彈臂部24的彈力 而與電路板5賴抵接，㈣實料輯_丨和電路板$ 的電性連接。 與習知技術藉由SMT技術將端子的谭接腳焊接到電 路板上比較，本創作電池連器1之端子的彈抵部25通 過彈臂部24的彈力與電路板5彈性抵壓而實現電性連接， 其組裝過程不需要焊錫製程，可有效解決因端子2〇焊接腳 共面度不好引起的端子2G與電路板5的焊接不良的問題。 【圖式簡單說明】 第一圖係本創作電池連接器之立體組合圖。 第二圖係本創作電池連接器之立體分解圖，為顯示内 部結構，對其中絕緣本體進行了局部剖切。 第二圖係將預壓板置於本創作電池連接器上之立體組 合圖。 第四圖係預壓板插置到位並將本創作電池連接器之端 子預壓定位的立體組合圖。 第五圖係本創作電池連接器與電路板組装後的側視 圖。 M346126 第六圖係本創作電池連接器與電路板組裝，並將預壓 板移除後的側視圖。 【主要元件符號說明】 電池連接器 1 絕緣本體 10 上表面 11 下表面 12 側面 13 前表面 14 後表面 15 端子通道 16 卡台 161 端子定位道 17 凸塊 18 定位卡槽 181 壓持板 182 插槽 19 端子 20 擋持部 21 彈性部 22 接觸部 23 彈臂部 24 彈抵部 25 助焊片 30 預壓板 4 電路板 5M346126 VIII. New description: [New technical field] This creation involves a kind of connector, especially a battery connector. [Prior Art] Pressing a mobile communication product usually requires setting a battery connector to electrically connect the battery to the circuit board. Conventional battery connectors are mostly soldered to the board by SMT technology. However, when the solder joints of the battery connector have a poor coplanarity, they cannot be flattened together with the circuit board, and you Η1 J:卩# + ^ thus the bow is twisted and the soldering of the board is poor. Loss of product functionality. [New content] The purpose of the 2nd is to provide the battery connection of the soldering crucible, which is caused by the above-mentioned problem. 11 is used to connect with the electric t. The battery connector includes an insulating body and a plurality of terminals. Duan Benhong (four) shirts, the clocks of the clocks are extended upwards and folds, and then the other ends are inclined backwards and the ends of the arms are inclined; :=:: extensions, the bullets are squatting, slanting downwards · The % fold extends to form the elastic abutting portion, ^ extends out of the insulating body, and the elastically abutting portion projects upwardly from the insulating M346126 body. One end of the soldering iron is fixed in the positioning card slot, and the other end is clamped on the circuit board. As described above, after the battery connector of the present invention is assembled on the external circuit board, the spring of the terminal is electrically connected to the circuit board by the elastic force of the elastic arm portion, and the assembly process does not require a soldering process, which can effectively solve the problem. The problem of poor soldering of the terminal and the board due to poor coplanarity of the terminal soldering feet. [Embodiment] In order to explain the technical contents, structural features, objectives and effects of the present invention in detail, the embodiments are described below in detail with reference to the drawings. Referring to the first and second figures, the battery connector 1 includes an insulating body 10, a plurality of terminals 20 inserted into the insulative housing 10, and four soldering pads 30 fixed to the insulative housing 10. The insulative housing 10 has a substantially rectangular parallelepiped shape having an upper surface u, a lower surface 12, two side surfaces 13, a front surface 14, and a rear surface 15. The insulating body 1 is provided with a plurality of terminal passages 16 through which the terminals 2 are inserted through the upper surface 11 and the lower surface 12. The upper end of the front surface 14 of the insulative housing 10 is internally provided with a terminal positioning path I? communicating with the terminal passage 16, and the number of the terminal positioning paths I? is equal to the number of the terminal passages 16. The upper end of the front end of the terminal passage 16 is expanded toward both sides, so that two card stages 161 are formed in the lower middle portion of the front end of the terminal passage 16. On the two side faces 13 of the insulative housing 10, a bump 18 is respectively protruded from the front surface 14 , and two bumps 18 are also protruded from the rear surface 15 . The bump 6 M346126 18 is slightly above the upper surface u of the insulative body 1G. The positioning block 18 of the upper and lower through-bumps 18 is formed on the bumps 18. The bumps corresponding to the two side faces 13 extend toward the inside of the insulative housing 1 and have a rectangular-shaped pressing plate 182. The two pressing plates 182 are respectively The upper surface u forms a slot 19. The terminal 20 has a supporting portion 21 in a straight plate shape, and the middle portion of the end portion of the supporting portion 21 is bent downward and backward to extend the peak _22, and the other end of the elastic portion 2 四 (4) is inclined rearward and obliquely extended upward. (4) After the arm 2 is extended, it is extended and then folded obliquely downward to form an end of the elastic body. The elastic portion 22 and the elastic arm portion 24 are stacked on the material. The lower end of the holding portion U of the terminal 2G is clamped on the card channel 16 A of the terminal channel 16 , and the holding portion is partially extended from the insulative housing 10 , and the resilient contact portion 23 is received in the terminal positioning path at least when pressed down. Extending the insulative body 10 on the 11th. In the assembled battery connector 丨日, 16, the soldering piece 3G is embedded in the corresponding fixed 2G plug-in terminal channel abutting portion 25 and protrudes upwardly from the insulating body 1〇. 81, the eye of the terminal 20 is referred to the third to sixth figures. When the circuit board 5 is mounted on the circuit board 5, a "τ" step θ is first applied, and the connected state 1 is mounted on the upper surface 11 of the edge body 10. The pre-presser's second board '4' is placed forward on the surface 15 & (4) (4) (4) The 18-shaped tail is located at the rear "Τ"-shaped tail, so that the pre-pressing plate 4 front = push the pre-pressing plate 4 and snap into the slot 19 Therefore, the spring abutting portion 25 of the 7 M346126 terminal 20 is repeatedly received in the terminal positioning path p. A circuit board 5 having a positioning hole (not shown) is passed through the solder tab 30 from above and down and soldered to the insulative housing 1 (). Then, the "τ"-shaped tail portion of the panel 4 is pushed forward, and the pre-pressing plate 4 is pulled out by the field scale body 1 , so that the elastic abutment portion 25 of the terminal 20 abuts against the circuit board 5 due to the elastic force of the elastic arm portion 24 . (4) The actual connection _ 丨 and the electrical connection of the circuit board $. Compared with the prior art, by soldering the tan pins of the terminal to the circuit board by the SMT technology, the spring abutting portion 25 of the terminal of the battery connector 1 of the present invention is elastically pressed against the circuit board 5 by the elastic force of the elastic arm portion 24. The electrical connection does not require a soldering process in the assembly process, and the problem of poor soldering of the terminal 2G and the circuit board 5 due to the poor coplanarity of the soldering legs of the terminal 2 can be effectively solved. [Simple description of the diagram] The first figure is a three-dimensional combination diagram of the battery connector of the present creation. The second figure is an exploded perspective view of the battery connector of the present invention. The internal structure is shown, and the insulating body is partially cut. The second figure is a three-dimensional combination of the pre-press plates placed on the inventive battery connector. The fourth figure is a three-dimensional combination of the pre-loading plate inserted into position and pre-stressing the terminal of the created battery connector. The fifth figure is a side view of the assembled battery connector and circuit board. M346126 Figure 6 is a side view of the assembled battery connector assembled with the board and with the pre-plate removed. [Main component symbol description] Battery connector 1 Insulating body 10 Upper surface 11 Lower surface 12 Side 13 Front surface 14 Rear surface 15 Terminal channel 16 Card 161 Terminal positioning path 17 Bump 18 Positioning card slot 181 Pressing plate 182 Slot 19 terminal 20 retaining portion 21 elastic portion 22 contact portion 23 spring arm portion 24 resilient portion 25 solder tab 30 pre-press plate 4 circuit board 5