M379230 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器，尤其涉及一種改良型的電池連接 器。 【先前技術】 在筆記型電腦、數位相機等消費電子產品中，通常需要容 置一供電電池，以提供電子產品所需的工作電源，相應地，在 該電子產品中還設有一電路板及與該電路板電連接的電池連 • 接器。使用時，該供電電池插入該消費電子產品内並與該電池 連接器電連接’由此向該電子產品提供工作電源。 請參閱第一圖，適用於一般消費電子產品的習知的電池連 接器Γ包括絕緣本體12’及導電端子13,。其中，絕緣本體12, 佈設於一設於該電子產品内部的電路板14,的上方。導電端子 13’具有接觸部16’及焊接部17,，接觸部16,自絕緣本體12，内 的前端向前伸出並與外部電池15,抵接，焊接部ι7,自絕緣本 體12’的後端底部向後伸出並向下與該電路板μ，焊接。 • 然而’由於上述習知的電池連接器丨’僅通過導電端子13, 的焊接部17’直接焊接在電路板14’的表面上以達成電連接， 故而，當電池15,向後水平抵觸該導電端子13，的接觸部16, 時，該現有的電池連接器1，易於相對電路板14’產生相對的橫 向水平位移，從而致使導電端子13,的焊接部17，在與電路板 14’的焊接處鬆動或偏移，進而造成電池連接器丨，與電路板14, 之間無法穩定的電連接，影響電訊號的穩定傳輸。而上述狀況 在消費電子產品受到外力撞擊時亦易於發生。 另一種改進型的電池連接器的導電端子的焊接部從絕緣 本體向下延伸且穿過電路板後與其焊接。該設置的穩定性雖然 3 M379230 比上述的電池連接器r的強一些，但是由於該電池連接器僅通 過導電端子的焊接部與外部電路板連接，當固定到電路板上後 的電池連接器受到電池壓力或其他外力時，會因導電端子承受 壓力過大而導致導電端子變形，或整個電池連接器與電路板發 生鬆動，從而影響電訊號的穩定傳輸。 【新型内容】 本創作的目的在於針對上述習知技術的不足提供一種結 構堅固、抗壓性強且與電路板連接穩固從而使得電訊號傳輸穩 定的電池連接器。 為達成上述目的，本創作所提供的電池連接器用於組裝到 電路板上，其包括絕緣本體、導電端子及支撐件。其中絕緣本 體具有相對設置的前表面及後表面、上表面及下表面、左表面 及右表面，絕緣本體的下表面與電路板相對，由前表面向後表 面並列開設複數縱向延伸並貫穿下表面的端子槽，後表面上開 設卡槽。導電端子收容於端子槽中，導電端子具有凸伸於前表 面的接觸部以及凸伸於下表面的用於與電路板電連接的焊接 部。支撐件包括卡持部及向電路板方向延伸的連接部，卡持部 與卡槽卡合，卡持部的自由端上開設有齒狀的開口，卡槽内具 有與開口相配合的卡持塊，連接部用於與電路板固定連接。 如上所述，本創作電池連接器的卡持部卡合於絕緣本體後 表面上的卡槽中，且其自由端上開設有齒狀的開口，當本創作 電池連接器與電路板連接時，其通過將支撐件連同絕緣本體固 定在電路板，並將導電端子的焊接部焊接在電路板上達成電性 連接，從而使得電池連接器固定到電路板上後抗壓性加強，而 且電池連接器與電路板之間的連接更穩固，電訊號傳輸更加穩 定。 4 M379230 【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 效果，以下結合實施方式並配合附圖詳予說明。 請參閱第二圖及第四圖，本創作電池連接器1包括絕緣本 體10、複數導電端子20及支撐件30，該導電端子20裝入絕 緣本體10内，支撐件30卡合於該絕緣本體10的後表面102 上。當將該電池連接器1與電路板（圖中未示）連接時，其通 過將支撐件30連同絕緣本體10固定在電路板上，並將導電端 子20的焊接部22焊接在電路板上達成穩固》 請參閱第三圖及第五圖，該絕緣本體10大致呈橫向延伸 的長方體狀，其具有相對設置的前表面101及後表面102、上 表面103及下表面104、左表面105及右表面106。由該前表 面101向後表面102並列開設有複數縱向延伸並貫穿下表面 104的端子槽110，在後表面102上開設有卡槽120，後表面 102上還開設有定位槽130,該定位槽130位於卡槽120内側， 且定位槽130縱向延伸並貫穿前表面101，該定位槽130可作 為電池連接器1裝配時之定位用；另，在左表面105和右表面 106上分別設有兩個縱向延伸的護擋部140，該護擋部140用 於對導電端子20起扶持和保護功能。 請參閱第八圖，在絕緣本體10内的每一端子槽110均包 括一凹槽111及臺階113，具體地，此凹槽111及臺階113為 上下設置，並且，在凹槽111内的上、下方分別設有複數凹部 112。 請參閱第四圖，每一導電端子20對應收容於每一端子槽 110中，其具有凸伸於前表面101的接觸部21以及凸伸於下 表面104的焊接部22。該接觸部21凸伸於前表面101，以與 5 M379230 電池（圖中未示）電連接，進行電能交換。該焊接部22用於 與電路板焊接固定。 優選地，結合第五圖及第八圖，該導電端子20還包括卡 合於端子槽110的凹槽111中的卡合部23，卡合部23上設有 複數凸部24。具體地，該凹槽111内的上下方對應設有複數 凹部112。當導電端子20收容於絕緣本體10的端子槽110中 時，卡合部23卡合在凹槽111中，具體地，卡合部23上的凸 部24分別與凹槽111内的凹部112配合，加強對導電端子20 的固定效果。卡合部23在上方卡合絕緣本體10,起主要固定 卡合作用，臺階113在下方穩固絕緣本體10，有輔助定位、 扶持功能。該種卡合設計，使得導電端子20的抗壓能力增強， 當導電端子20受到由前至後的壓力時，其與絕緣本體10卡合 穩固，結構更加緊湊。 請參閱第四圖及第七圖，支撐件30卡合於絕緣本體10的 後表面102的卡槽120上，具體地，支撐件30包括相互垂直 的卡持部31和連接部33，卡持部31的自由端上開設有齒狀 的開口 32，卡槽120内具有與開口 32相配合的卡持塊121 ; 連接部33具有對稱的倒刺34，倒刺34之間具有間隙，倒刺 34與電路板上開設的安裝孔相勾持。 請參考第四圖及第五圖，本創作電池連接器1的組裝過程 如下所述：將導電端子20收容於絕緣本體10的端子槽110内 後，再將其卡合部23卡合在端子槽110的凹槽111内，再通 過卡持部31與卡槽120的作用將支撐件30與絕緣本體10固 定在一起，此時完成電池連接器1的内部裝配；在對電池連接 器1進行固定到電路板上時，先將凸伸於絕緣本體10的下表 面104的焊接部22焊接在電路板上，最後將支撐件30的連接 部33固定在電路板上，即完成電池連接器1的固定到電路板 6 M379230 上工序。M379230 V. New description: [New technical field] The present invention relates to a connector, and more particularly to an improved battery connector. [Prior Art] In consumer electronic products such as notebook computers and digital cameras, it is usually necessary to accommodate a power supply battery to provide the working power required for the electronic product. Accordingly, a circuit board and a circuit board are also provided in the electronic product. A battery connector that is electrically connected to the board. In use, the power supply battery is inserted into the consumer electronics and electrically coupled to the battery connector' thereby providing operational power to the electronic product. Referring to the first figure, a conventional battery connector for a general consumer electronic product includes an insulative housing 12' and a conductive terminal 13. The insulative housing 12 is disposed above a circuit board 14 disposed inside the electronic product. The conductive terminal 13' has a contact portion 16' and a soldering portion 17, and the contact portion 16 extends forward from the front end of the insulating body 12 and abuts against the external battery 15, the soldering portion ι7, from the insulating body 12' The bottom of the rear end protrudes rearward and is soldered down to the board μ. • However, 'the battery connector 丨' of the above-described conventional battery connector 仅 is soldered directly to the surface of the circuit board 14' to achieve electrical connection, so that when the battery 15 is horizontally opposed to the conductive At the contact portion 16 of the terminal 13, the existing battery connector 1 is liable to produce a relative lateral horizontal displacement relative to the circuit board 14', thereby causing the soldering portion 17 of the conductive terminal 13, to be soldered to the circuit board 14'. Loose or offset, resulting in a stable electrical connection between the battery connector and the circuit board 14, affecting the stable transmission of the electrical signal. These conditions are also prone to occur when consumer electronics are hit by external forces. The welded portion of the conductive terminal of another modified battery connector extends downward from the insulating body and is soldered thereto after passing through the circuit board. Although the stability of this setting is stronger than that of the battery connector r described above, since the battery connector is only connected to the external circuit board through the soldering portion of the conductive terminal, the battery connector after being fixed to the circuit board is subjected to When the battery pressure or other external force is caused, the conductive terminal is deformed due to excessive pressure of the conductive terminal, or the entire battery connector and the circuit board are loosened, thereby affecting the stable transmission of the electrical signal. [New content] The purpose of this creation is to provide a battery connector which is structurally strong, has high compression resistance, and is firmly connected to a circuit board to stabilize the transmission of electrical signals in response to the above-mentioned deficiencies of the prior art. To achieve the above object, the battery connector provided by the present invention is for assembly on a circuit board including an insulative housing, a conductive terminal, and a support member. The insulating body has opposite front and rear surfaces, upper and lower surfaces, left and right surfaces, and the lower surface of the insulating body is opposite to the circuit board, and the plurality of longitudinally extending from the front surface to the rear surface and extending through the lower surface The terminal slot has a card slot on the rear surface. The conductive terminal is received in the terminal slot, and the conductive terminal has a contact portion protruding from the front surface and a solder portion protruding from the lower surface for electrically connecting to the circuit board. The support member includes a latching portion and a connecting portion extending toward the circuit board. The latching portion is engaged with the card slot. The free end of the latching portion is provided with a tooth-shaped opening, and the latching slot has a latching engagement with the opening. The block is used for a fixed connection with the circuit board. As described above, the retaining portion of the battery connector of the present invention is engaged in the card slot on the rear surface of the insulative housing, and has a tooth-shaped opening at the free end thereof. When the battery connector of the present invention is connected to the circuit board, It is fixed to the circuit board by the support member together with the insulating body, and the soldering portion of the conductive terminal is soldered on the circuit board to achieve electrical connection, so that the battery connector is fixed to the circuit board, the pressure resistance is enhanced, and the battery connector is The connection to the board is more stable and the transmission of the electrical signal is more stable. 4 M379230 [Embodiment] The technical contents, structural features, objects and effects achieved by the present invention will be described in detail below with reference to the embodiments. Referring to the second and fourth figures, the battery connector 1 includes an insulative housing 10, a plurality of conductive terminals 20, and a support member 30. The conductive terminal 20 is received in the insulative housing 10, and the support member 30 is engaged with the insulative housing. On the rear surface 102 of 10. When the battery connector 1 is connected to a circuit board (not shown), it is fixed to the circuit board by fixing the support member 30 together with the insulative housing 10, and the soldering portion 22 of the conductive terminal 20 is soldered to the circuit board. Please refer to the third and fifth figures. The insulative housing 10 has a substantially rectangular parallelepiped shape with opposite front and rear surfaces 101 and 102, an upper surface 103 and a lower surface 104, a left surface 105 and a right Surface 106. A plurality of terminal slots 110 extending longitudinally and extending through the lower surface 104 are disposed in parallel with the rear surface 101. The rear surface 102 defines a slot 120. The rear surface 102 further defines a positioning slot 130. The positioning slot 130 is defined in the rear surface 102. The positioning slot 130 extends longitudinally and extends through the front surface 101. The positioning slot 130 can be used for positioning when the battery connector 1 is assembled. In addition, two positioning units are respectively disposed on the left surface 105 and the right surface 106. A longitudinally extending guard portion 140 for supporting and protecting the conductive terminal 20. Referring to FIG. 8 , each of the terminal slots 110 in the insulative housing 10 includes a recess 111 and a step 113. Specifically, the recess 111 and the step 113 are disposed above and below, and are located in the recess 111. A plurality of recesses 112 are respectively disposed below. Referring to the fourth figure, each of the conductive terminals 20 is correspondingly received in each of the terminal slots 110, and has a contact portion 21 protruding from the front surface 101 and a solder portion 22 protruding from the lower surface 104. The contact portion 21 protrudes from the front surface 101 to electrically connect with a 5 M379230 battery (not shown) for power exchange. The soldering portion 22 is for soldering and fixing to the circuit board. Preferably, in conjunction with the fifth and eighth figures, the conductive terminal 20 further includes an engaging portion 23 that is engaged in the recess 111 of the terminal slot 110, and the engaging portion 23 is provided with a plurality of convex portions 24. Specifically, the upper and lower portions of the groove 111 are correspondingly provided with a plurality of concave portions 112. When the conductive terminal 20 is received in the terminal slot 110 of the insulative housing 10, the engaging portion 23 is engaged in the recess 111. Specifically, the convex portion 24 on the engaging portion 23 is respectively matched with the recess 112 in the recess 111. To strengthen the fixing effect on the conductive terminal 20. The engaging portion 23 engages the insulative housing 10 at the top to serve as a main fixed card. The step 113 stabilizes the insulative housing 10 below, and has an auxiliary positioning and supporting function. The snap-fit design enhances the pressure resistance of the conductive terminal 20. When the conductive terminal 20 is subjected to the pressure from front to back, it is stuck to the insulating body 10 and is more compact. Referring to the fourth and seventh figures, the support member 30 is engaged with the card slot 120 of the rear surface 102 of the insulative housing 10. Specifically, the support member 30 includes a latching portion 31 and a connecting portion 33 that are perpendicular to each other. The free end of the portion 31 is provided with a toothed opening 32. The card slot 120 has a latching block 121 that cooperates with the opening 32. The connecting portion 33 has a symmetrical barb 34 with a gap between the barbs 34, barb 34 is hooked up to the mounting hole provided on the circuit board. Referring to the fourth and fifth figures, the assembly process of the battery connector 1 is as follows: After the conductive terminal 20 is received in the terminal slot 110 of the insulative housing 10, the engaging portion 23 is engaged with the terminal. In the groove 111 of the groove 110, the support member 30 and the insulating body 10 are fixed together by the action of the latching portion 31 and the card slot 120. At this time, the internal assembly of the battery connector 1 is completed; When being fixed to the circuit board, the soldering portion 22 protruding from the lower surface 104 of the insulative housing 10 is first soldered to the circuit board, and finally the connecting portion 33 of the supporting member 30 is fixed on the circuit board, that is, the battery connector 1 is completed. Fixed to the process on board 6 M379230.
綜上所述，本創作電池連接器1固定到電路板上後，除了 由焊接部22與電路板焊接固定之外，另一方面，其採用支撐 件30與絕緣本體10卡合連接後再與電路板連接，使得產品固 定到電路板上後結構更穩固，抗壓性更強，從而使得電池連接 器1與電路板之間的電性連接良好，電訊號傳輸穩定。當電池 與本創作電池連接器1接觸時，電池給導電端子20施加由前 至後的壓力，由於導電端子20具有卡合的設計，且端子槽110 還具有輔助定位、扶持功能，使得導電端子20與絕緣本體10 卡合穩固，從而增強了導電端子20的抗壓能力，避免出現卡 合鬆動的現象。 【圖式簡單說明】 第一圖為習知的電池連接器的立體圖。 第二圖為本創作電池連接器一種實施例的立體圖。 第三圖為第二圖所示的電池連接器的立體分解圖。 第四圖為第二圖所示的電池連接器另一角度的立體圖。 第五圖為第二圖所示的電池連接器另一角度的立體分解In summary, after the battery connector 1 of the present invention is fixed to the circuit board, in addition to being soldered and fixed by the soldering portion 22 and the circuit board, on the other hand, the support member 30 is coupled to the insulative housing 10, and then The circuit board is connected, so that the structure is more stable and the pressure resistance is stronger after the product is fixed on the circuit board, so that the electrical connection between the battery connector 1 and the circuit board is good, and the electrical signal transmission is stable. When the battery is in contact with the present battery connector 1, the battery applies a front-to-back pressure to the conductive terminal 20, since the conductive terminal 20 has a snap-fit design, and the terminal slot 110 also has an auxiliary positioning and support function, so that the conductive terminal The card 20 is locked and stabilized with the insulating body 10, thereby enhancing the pressure resistance of the conductive terminal 20 and avoiding the phenomenon of looseness of the snap. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a conventional battery connector. The second figure is a perspective view of one embodiment of a creative battery connector. The third figure is an exploded perspective view of the battery connector shown in the second figure. The fourth figure is a perspective view of another angle of the battery connector shown in the second figure. The fifth figure is a three-dimensional decomposition of the battery connector shown in the second figure.
圖。 第六圖為第二圖所示的電池連接器的主視圖。 第七圖為第二圖所示電池連接器沿第六圖中A-A線的剖 視圖。 第八圖為第二圖所示電池連接器沿第六圖中B-B線的剖 視圖。 【主要元件符號說明】 電池連接器 1 絕緣本體 10 前表面 101 7 M379230 後表面 102 上表面 103 下表面 104 左表面 105 右表面 106 端子槽 110 凹槽 111 凹部 112 臺階 113 卡槽 120 卡持塊 121 定位槽 130 護擋部 140 導電端子 20 接觸部 21 焊接部 22 卡合部 23 凸部 24 支撐件 30 卡持部 31 開口 32 連接部 33 倒刺 34Figure. The sixth drawing is a front view of the battery connector shown in the second figure. Figure 7 is a cross-sectional view of the battery connector shown in Figure 2 taken along line A-A of Figure 6. Figure 8 is a cross-sectional view of the battery connector shown in Figure 2 taken along line B-B of Figure 6. [Main component symbol description] Battery connector 1 Insulating body 10 Front surface 101 7 M379230 Rear surface 102 Upper surface 103 Lower surface 104 Left surface 105 Right surface 106 Terminal slot 110 Groove 111 Concave 112 Step 113 Card slot 120 Hold block 121 Locating groove 130 Guard portion 140 Conductive terminal 20 Contact portion 21 Weld portion 22 Engagement portion 23 Projection portion 24 Support member 30 Hold portion 31 Opening 32 Connection portion 33 Barb 34