五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器’尤其涉及一種電池連接器β 【先前技術】 資訊產業飛速發展，各種可檇式電子產品不斷湧現，類似 手機，筆§己型電腦等電子產品正經歷著高速發展的時代，與之 配套出現的各式各樣的電池連接器，成為各電子產品不可或缺 的組成部分。現如今業界使用的電池連接器為了適應電子產品 趨於小巧輕薄的變化，不僅對電池連接器的體積加以控制，更 對其結構強度，抗變形性提出更高要求。 ，請參閱第-圖，習知的電池連接器i，，其包括絕緣本體 10’ ’複數收容於絕緣本體10，的導電端子20，，絕緣本體1〇, 包括頂壁11，、底壁12,、前壁13,、後壁14，、左側壁15，、右 側壁16,及端子槽17，，導電端子2〇，包括接觸部21，、連接部 (圖中未標）、固定部22’及焊接部23,，將導電端子20,裝入 絕緣本體1G，的端子槽17，中，通過將導電端+2()，的焊接部23, 與電路板相焊接，可使得該電池連接H Γ與電路板連接。 然而」當導電端子20,裝入絕緣本體1〇，後，其與絕緣本 的别i 13有一定的距離，所述絕緣本體10,的前壁13， 沒有任何抵檔導電端子2〇，的元件，故，電池（圖中未示）裝 入後，導電端子20’承受_定_力，從而導致其會向前壁⑶ 方向移動’使得導電端子2〇,與電池發生錯位導致電子產品斷 電，造成導電失效。 /矣技術中’由於導電端子與電池相抵觸，導電端子常 :生錯位、滑退現象1絕緣本體的減性差，容易發生 M381192 【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具 有防退功能，且結構堅固、抗壓性強、可防變形的電池連接器。 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，其包括絕緣本體及複數導電端子。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，由前表面向後表面並列開設複數貫穿上表面的端子槽， 相鄰的端子槽間形成擋牆，導電端子——對應地收容於端子槽 中，電池連接器還包括擋件，擋牆上開設有缺口，擋件凸伸出 正對缺口的延伸部，延伸部與缺口相卡合且擋件的左、右端與 絕緣本體相抵觸。 如上所述，本創作電池連接器的擋件與絕緣本體連接時， 其通過將擋件的延伸部與擋牆的缺口相卡合，並將擋件的左、 右端與絕緣本體相抵觸，來達成對導電端子的防退；從而使得 電池連接器具有防退功能，且結構堅固、抗壓性強、可防變形 等優點。 【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，本創作電池連接器1包括絕緣本體10、 複數導電端子20、擋件30及固持件40，該導電端子20裝入 絕緣本體10内，擋件30插置於該絕緣本體10上，並通過固 持件40扣合擋件30在絕緣本體10上達成穩固。 請參閱第三圖及第四圖，該絕緣本體10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，由前表面101向後表面102並列開設複數 4 M381192 貝穿上表面103的端子槽130，該導電端子2〇——對應地收 容於端子槽130中’相鄰的端子槽13〇間形成擋牆ιι〇，該檔 牆110開設有朝向絕緣本M 10後表面102的插置槽14〇，撞 牆110上還開設有缺口 120,該擋件30凸伸出正對缺口 12〇 的延伸部3卜該延伸部31與缺σ 12()相卡合且延伸部31凸 伸出與插置槽14G卡合的插置部33，該擋件3 絕緣本體Η)相抵觸。 “與V. New description: [New technology field] This creation involves a connector' especially related to a battery connector β [Prior technology] The information industry is developing rapidly, and various types of electronic products are emerging, similar to mobile phones, pens Electronic products such as computers are experiencing a period of rapid development, and a variety of battery connectors that come with them have become an integral part of various electronic products. In order to adapt to the small and light changes of electronic products, the battery connectors used in the industry today not only control the volume of the battery connector, but also impose higher requirements on structural strength and deformation resistance. Referring to FIG. 1 , a conventional battery connector i includes an insulative housing 10 ′′, a plurality of conductive terminals 20 housed in the insulative housing 10 , and an insulative housing 1 , including a top wall 11 and a bottom wall 12 . , front wall 13, rear wall 14, left side wall 15, right side wall 16, and terminal groove 17, contact terminal 21, including contact portion 21, connecting portion (not shown), fixing portion 22 'and the soldering portion 23, the conductive terminal 20 is placed in the terminal slot 17 of the insulative housing 1G, and the soldering portion 23 of the conductive end +2() is soldered to the circuit board to connect the battery H 连接 is connected to the board. However, when the conductive terminal 20 is placed in the insulating body 1 〇, it has a certain distance from the insulating body 13 , and the front wall 13 of the insulating body 10 does not have any resistive conductive terminals 2 〇. After the battery is mounted (not shown), the conductive terminal 20' is subjected to a constant force, which causes it to move in the direction of the front wall (3). The conductive terminal 2 is turned off, and the battery is misaligned, causing the electronic product to be broken. Electricity, causing conduction failure. /矣In the technology, 'Because the conductive terminals are in conflict with the battery, the conductive terminals are often: the wrong position, the slipping phenomenon 1 The poor reduction of the insulating body is easy to occur M381192 [New content] The purpose of this creation is to provide the above-mentioned shortcomings of the prior art. A battery connector with anti-backup function, strong structure, strong pressure resistance and anti-deformation. In order to achieve the above object, the battery connector provided by the present invention is used for assembling to a circuit board, which comprises an insulative body and a plurality of conductive terminals. The insulating body has opposite front and rear surfaces, upper and lower surfaces, left and right surfaces, and a plurality of terminal slots penetrating the upper surface are juxtaposed from the front surface to the rear surface, and a retaining wall is formed between the adjacent terminal slots. The conductive terminal is correspondingly received in the terminal slot, the battery connector further comprises a blocking member, the retaining wall is provided with a notch, the blocking member protrudes out of the extending portion of the notch, the extending portion is engaged with the notch and the blocking member is The left and right ends are in conflict with the insulating body. As described above, when the stopper of the battery connector of the present invention is connected to the insulative housing, the card is engaged with the notch of the retaining wall by the extension of the retaining member, and the left and right ends of the retaining member are in contact with the insulating body. The anti-backup of the conductive terminal is achieved; thereby making the battery connector have anti-backup function, and the structure is strong, the pressure resistance is strong, and the deformation can be prevented. [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 figure, the battery connector 1 includes an insulative housing 10, a plurality of conductive terminals 20, a blocking member 30, and a holding member 40. The conductive terminal 20 is received in the insulative housing 10, and the blocking member 30 is inserted into the insulative housing. 10, and the fastener 30 is fastened on the insulative housing 10 by the holding member 40. Referring to the third and fourth figures, the insulative housing 10 has 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. The front surface 101 is juxtaposed to the rear surface 102. A plurality of terminal openings 130 of the upper surface 103 are opened, and the conductive terminals 2 〇 are correspondingly received in the terminal slots 130. The adjacent terminal slots 13 are formed with a retaining wall ιι. The insertion groove 14A of the rear surface 102 of the insulating M 10 is further provided with a notch 120, and the blocking member 30 protrudes from the extending portion 3 facing the notch 12〇, and the extending portion 31 and the missing portion 12 ( The engaging portion 33 protrudes from the insertion portion 33 that engages with the insertion groove 14G, and the blocking member 3 is in contact with the insulating body. "versus
^閲第二圆及第四圖，該絕緣本體1G上開設有抵觸槽 16〇’該抵㈣⑽與位於最左端與最右端的料槽！3〇連通， 該擋件30的左、右端抵觸於抵觸槽160 0。該擔件3〇的設置 不僅對導電端子20起到防退功能，更能增強本創作電池:接 器1的結構強度，避免了製作完成後的變形、縮水現象。Referring to the second and fourth figures, the insulative housing 1G is provided with an anti-contact groove 16〇' (a) (10) and a trough at the leftmost and rightmost ends! 3〇 is connected, and the left and right ends of the stopper 30 are in contact with the interference groove 160 0 . The setting of the support member 3〇 not only functions as an anti-backup function for the conductive terminal 20, but also enhances the structural strength of the battery of the present invention: the deformation and shrinkage of the connector 1 are completed.
再請配合參閱第三圖，還包括固持件4〇,該固持件仙具 有卡持部4卜該擋牆11()開設有朝向絕緣本體下表面刚 :卡持槽15〇,該卡持部41伸人卡持槽15Q内並與卡持槽15〇 卡合，卡持部41延伸”折形成扣合部42，該擋件3〇上還 開設有凹槽32 ’該扣合部42伸人凹槽32内與凹槽32的槽壁 321相減，該固持件4〇用於對撐# %起到限位、固定作用。 請參閱第二圖及第三圖，該導電端子2Q收容於端子槽13〇 中’導電舒2〇具麵接部2卜職接部^的—端彎折延 伸形成固定部22,該固定部22 -端延伸形成焊接部Μ，該連 接部21的另—端彎折延伸形絲觸部24。 優選地，該導電端子2〇的固定部22具有對 該倒刺221之間具有間隙，該絕緣本體H)上開設有與倒刺221 相配合的安裝孔170，這些倒刺如為導電端子20於緣本 體10上的固定支樓點。另，今安m 17㈣ 0於，，邑緣本 垂直並連通。 心裝孔17〇與端子槽130相互 5 M381192 請參考第三圖及第五圖，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130内 後，再將其固定部22卡合在端子槽130的安裝孔170内，再 通過將擋件30的插置部33插置於插置槽140内且將擋件30 的左、右端抵觸於抵觸槽160，從而將擋件30與絕緣本體10 固定在一起，最後將固持件40的卡持部41固定在絕緣本體 10的卡持槽150内，從而扣合穩固擋件30，此時完成電池連 接器1的内部裝配；在對本創作電池連接器1進行固定到電路 板上時，將凸伸於絕緣本體10的前表面101的焊接部23焊接 在電路板上，即完成本創作電池連接器1的固定到電路板上工 序。 綜上所述，在本創作電池連接器1中，當擋件30與絕緣 本體10連接時，其通過將擋件30的插置部33插置於絕緣本 體10的插置槽140中，來達成對導電端子20的防退；並將固 持件40的卡持部41卡持於絕緣本體10的卡持槽150内，固 持件40的扣合部42與擋件30的凹槽32的槽壁321相抵壓， 來達成對擋件30的穩固；從而使得本創作電池連接器1具有 防退功能，且結構堅固、抗壓性強、可防變形等優點。 【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的絕緣本體的結構示 意圖。 第五圖為第二圖所示的電池連接器另一立體分解圖。 【主要元件符號說明】 6 電池連接器 1 絕緣本體 10 前表面 後表面 102 上表面 下表面 104 左表面 右表面 106 擋牆 缺口 120 端子槽 插置槽 140 卡持槽 抵觸槽 160 安裝孔 導電端子 20 連接部 固定部 22 倒刺 焊接部 23 接觸部 擋件 30 延伸部 凹槽 32 槽壁 插置部 33 固持件 卡持部 41 扣合部 7Referring to the third figure, the retaining member 4b further includes a holding portion 4, and the retaining wall 11 is opened toward the lower surface of the insulating body: the holding groove 15〇, the holding portion The extending portion of the retaining slot 15Q is engaged with the retaining slot 15〇, and the latching portion 41 extends to form a latching portion 42. The latching member 3 is further provided with a recess 32. The latching portion 42 extends. The groove 32 of the recess 32 is subtracted from the groove wall 321 of the recess 32. The retaining member 4 is used for limiting and fixing the support #%. Referring to the second and third figures, the conductive terminal 2Q is received. The end portion of the terminal groove 13A of the conductive cover 2 is extended to form a fixing portion 22, and the end portion of the fixing portion 22-end extends to form a welded portion Μ, and the connecting portion 21 is further The end portion is bent to extend the wire contact portion 24. Preferably, the fixing portion 22 of the conductive terminal 2 has a gap between the barbs 221, and the insulating body H) is provided with a mounting corresponding to the barb 221 Hole 170, these barbs are the fixed branch points of the conductive terminal 20 on the edge body 10. In addition, the present and the m 17 (four) 0, the rim edge is perpendicular and connected. The core hole 17 〇 and end Sub-tank 130 mutual 5 M381192 Please refer to the third 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 130 of the insulative housing 10, the fixing portion is further fixed. 22 is engaged in the mounting hole 170 of the terminal slot 130, and then inserted into the insertion slot 140 by inserting the insertion portion 33 of the blocking member 30 and the left and right ends of the blocking member 30 against the contact groove 160, thereby blocking The component 30 is fixed to the insulative housing 10, and finally the retaining portion 41 of the retaining member 40 is fixed in the retaining slot 150 of the insulative housing 10, thereby engaging the stabilizing retaining member 30, and the internal assembly of the battery connector 1 is completed. When the battery connector 1 of the present invention is fixed to the circuit board, the soldering portion 23 protruding from the front surface 101 of the insulative housing 10 is soldered to the circuit board, that is, the fixing of the battery connector 1 of the present invention is completed to the circuit board. In the present invention, in the present battery connector 1, when the stopper 30 is connected to the insulative housing 10, it is inserted into the insertion groove 140 of the insulative housing 10 by inserting the insertion portion 33 of the stopper 30. In order to achieve anti-backup of the conductive terminal 20; and the holding member The holding portion 41 of the holding member 40 is locked in the holding groove 150 of the insulative housing 10, and the engaging portion 42 of the holding member 40 is pressed against the groove wall 321 of the recess 32 of the blocking member 30 to achieve stability of the blocking member 30. Therefore, the battery connector 1 of the present invention has an anti-back function, and has the advantages of strong structure, strong pressure resistance, deformation resistance, etc. [Schematic Description] The first figure is a perspective view of a conventional battery connector. The figure is a perspective view of an embodiment of the battery connector of the present invention. The third figure is an exploded perspective view of the battery connector shown in the second figure. The fourth figure is a schematic structural view of the insulating body of the battery connector shown in the second figure. . The fifth figure is another perspective exploded view of the battery connector shown in the second figure. [Main component symbol description] 6 Battery connector 1 Insulating body 10 Front surface Rear surface 102 Upper surface Lower surface 104 Left surface Right surface 106 Retaining wall notch 120 Terminal slot insertion groove 140 Holding groove interference groove 160 Mounting hole Conducting terminal 20 Connection portion fixing portion 22 barb welding portion 23 contact portion stopper 30 extension portion groove 32 groove wall insertion portion 33 holder holding portion 41 fastening portion 7