M287517 四、創作說明（1) 【新型所屬之技術領域 本創作係關於一種;以 器’特別是有關該種記憶卡 上之記憶卡連接 【先前技術】 接之退卡機構。 由於電子設備之便攜要求， 、個人數位助理機或可样1 電子產m如數位相機 以減輕使用者攜帶之負擔=由:介，均朝向小型化發展， 連接器小型化。然，記f促使其所使用之記憶卡 不利因素，如竄音干涉：婵加：：，;J、型化亦會帶來諸多 丨之降低，並使生產技術；憶卡連接器本身強度 公開日為2 0 0 1年1 〇月J 8日 315Π Ai中，發明人公開了 一種卡20(Π/00 :有由金屬殼體與絕緣本體圍 收； ： = : 該退卡機構包 器之：二卡推出記憶卡連接 +…r 在未插入纪憶卡時，滑塊之一端受彈菩 卜端抵靠於絕緣本體上。在將記憶卡連接 f裝”所在電路板上時，將未插入記憶卡之記憶卡JJ .裔达入焊爐，進行高溫加熱（通常溫度超過2〇〇它） 而使絕緣本體之塑膠強度降低，塑性增加，此時滑塊以<一 定壓力作用於絕緣本體上，易於使絕緣本體翹曲變形， 卡連接器之導電端子系安裝於絕緣本體，從而易使導 子與電路板之間焊接不良，甚至出現空焊，尤其是去 本體比較薄弱時更是如此。 田、、緣 驪 第6頁 M287517 3、創作說明（2) 【新型内容 本創作 構且與電路 為解決 憶卡連接器 其設有用以 ，所述退卡 滑塊設有凸 且金屬殼體 _之滑塊滑動 相對先 阻擋於滑塊 塊上，而非 而可以避免 翹曲，進而 所欲解 板焊接 上述技 包括絕 插入記 機構包 伸入插 設有擋 末端位 前技術 滑動末 絕緣本 絕緣本 造成導 決之技術 良好之記 術問題， 緣本體及 憶卡之插 括可沿記 槽以與記 塊，該擋 置。 ，本創作 端的擋塊 體上，從 體在高溫 電端子與 具有退卡機 問題在於提供— 憶卡連接器。 本創作之焊接至電路板上之記 扣合於絕緣本體之金屬殻體， ，及處於插槽一側之退卡機構 ，卡插入方向滑動之滑塊，該 憶卡在插入方向作用之頂塊， 塊處於與記憶卡插入方向相反 5己卡連接器之金屬殼體設有 ’因滑塊抵壓於金屬殼體之擋 而使其焊接至電路板上時，從 並承又滑塊作用力而產生變形 電路板之間焊接不良甚至空焊 作土進纟改進’將金屬殼體之擋塊位 部分，，塊係自平板狀部分彎折形成，並且措塊J = 丨部分之間之折線與滑塊滑動方向平行，從 在受滑塊作用方向之抗彎強度。 曰加拉塊 以下結合圖示及實施方式對本創作進一 【實施方式】 :參2第：：’其揭示本創作記憶卡連接器之一種 她方式m卡連接器以安裝於—電路板（未圖、M287517 IV. Creation Instructions (1) [Technical Fields of New Types] This creation is about one type; the instrument' is especially related to the memory card connection on this type of memory card. [Prior Art] The card-removal mechanism is connected. Due to the portable requirements of electronic devices, personal digital assistants or digital cameras such as digital cameras to reduce the burden on users, the media is moving toward miniaturization and the connectors are miniaturized. However, remember f to promote the disadvantages of the memory card used by it, such as voice interference: :::,; J, the type will also bring a lot of 丨 reduction, and production technology; memory card connector itself strength In the Ai, the inventor disclosed a card 20 (Π/00: surrounded by a metal casing and an insulating body; : = : the card ejecting mechanism : Two cards push the memory card connection +...r When the video card is not inserted, one end of the slider is pressed against the insulating body by the end of the slider. When the memory card is connected to the circuit board, it will not be The memory card JJ inserted into the memory card is put into the soldering furnace and heated at a high temperature (usually the temperature exceeds 2 〇〇). The plastic strength of the insulating body is reduced and the plasticity is increased. At this time, the slider acts on the insulation with a certain pressure. On the body, the insulating body is easily warped and deformed, and the conductive terminals of the card connector are mounted on the insulating body, so that the soldering between the lead and the circuit board is poor, and even the air welding is performed, especially when the body is weak. So, Tian, and Yuan, page 6 M287517 3, (2) [New content of the present invention and the circuit for solving the memory card connector is provided for the card slide slider is provided with a convex and metal housing _ slider sliding relative to the slider block first On the other hand, it is possible to avoid the warpage, and then the above-mentioned technique is to be used for the purpose of unscrewing the above-mentioned technique, including the insertion of the mechanism into the end of the plug, and the technical insulation of the insulation is caused by the technique. The edge body and the memory card can be inserted along the groove to record the block. The block is on the block body of the present end, and the problem is that the slave body is in the high temperature electrical terminal and has the card returning machine. The soldering of the creation to the circuit board is combined with the metal casing of the insulating body, and the card ejecting mechanism on the side of the slot, the sliding slider of the card insertion direction, the top of the memory card in the insertion direction The block is in the opposite direction to the insertion direction of the memory card. The metal casing of the 5 hex connector is provided with a function of the slider and the slider when the slider is pressed against the metal casing to be soldered to the circuit board. Force Poor welding between the deformed circuit boards and even the empty welding for the soil to improve the 'part of the metal housing block, the block is bent from the flat part, and the line between the J = 丨 part and The sliding direction of the slider is parallel, and the bending strength is in the direction of the action of the slider. The following is a combination of the illustration and the embodiment of the slider; [Embodiment]: Reference 2:: 'It reveals the creative memory card connection One of her way m card connectors to be mounted on a - board (not shown,
M287517 沒、創作說明（3) __ : 括絕緣本體2°、收容於絕緣本體之複數導雷 上主社^屬殼體40、壓簧50、滑塊60及推杆70 〇 成型：m ϊ 一〜三圖，絕緣本體2〇由絕緣塑膠注塑 ，金屬殼辦4n r ί殼體4〇由金屬薄板沖裁弯折成型而形成 缘本1*2^圍占。&於絕緣本體2〇上，並由金屬殼體40與絕 =體=插槽21及處於插槽21 一側之導槽23，“ Μ ^ ^八有開口，用以提供一記憶卡80插入。導電端+ 體2〇，並可與插入插槽21中之記Ή二 ，子30焊接於接f 1〇0安裝於電路板上後，導電端 回路。 反上，仗而使電路板與記憶卡80形成導電 容於ίΐί參2二〜五圖，壓菁5°、滑_及推抑收 卡機ί與；ϊ =及金屬殼體4。之對應部分- =::rrrT_及處於其另-‘ 絕緣本體2。導執63配合，另-端固定 擋部m::5:二？作用於絕緣本體20上設置之抵 I於滑塊6G。在記_卡80 =憶卡80插人方向相反之作用力 5。之作用下處於=2入插槽21中時，滑塊6〇在遷簧 插入導槽心；口之第-位置。記憶卡⑽ ，並最終達到第二位置，此H61從而推動滑塊60 63之卡合位置632，從，f之一端進入心形導軌 -^ #, ^ ^ ^ w縞滑過卡合位置6 3 2，滑 M287517 四、創作說明（4) ' 塊6 0在壓簧5 〇之作用下退回到第一位置，頂塊6 1將記憶卡 8〇部分頂出插槽21，從而可方便取出記憶卡80。 請參閱第二〜三圖，滑塊6〇處於第一位置時，與壓菩 5 0相對之一側抵靠於金屬殼體4 〇設置之擋塊4丨上，從而實 現滑塊在此位置之限位。金屬殼體4 〇與擋塊41向連接之部 分設有較大之平板狀部分46，所述擋塊41系從平板狀部分 46彎折形成，並且所述擋塊41與平板狀部分46之間之折^ 45與滑塊60滑動方向平行，從而可以增加擋塊41在受滑塊 6 0作用方向之抗、彎強度。 > 請結合參閱第五〜六圖，絕緣本體2〇之抵擋部27設有 向導槽23方向延伸用以定位壓簧50之定位柱29，抵擋部27 之外侧設有由金屬殼體4 0彎折形成，抵靠於抵播部2 7外側 之加強片43。 綜上所述，本創作確已符合新型專利之要件，爱依法 提出專利申請。惟，以上所揭露者僅為本創作之較佳實施 方式，自不能以此限定本創作之權利範圍。舉凡所屬技術 領域中具有通常知識者爰依本創作之精神所作之等效修飾 或變化，皆應涵蓋於後附之申請專利範圍内。M287517 No, creation instructions (3) __ : Insulation body 2°, multiple guides contained in the insulating body, main body housing 40, compression spring 50, slider 60 and push rod 70 〇 Forming: m ϊ ~ Three pictures, the insulating body 2〇 is injection molded by insulating plastic, and the metal shell is made of 4n r ί shell 4〇, which is formed by punching and forming a thin metal sheet to form a margin 1*2^. & on the insulative housing 2, and by the metal housing 40 and the body = slot 21 and the slot 23 on the side of the slot 21, "Μ ^ ^ eight openings for providing a memory card 80 Insertion: Conductive end + body 2〇, and can be inserted into the slot 21 of the second, the sub- 30 is soldered to the f 1〇0 after mounting on the circuit board, the conductive end circuit. In turn, the circuit board Forming a conductive capacitance with the memory card 80 in the 2nd to 5th figures, pressing the 5°, sliding _ and pressing the card ί and ϊ = and the metal casing 4. The corresponding part - =::rrrT_ and In its other - insulative body 2. The guide 63 is mated, and the other end fixed stop m::5: two? acts on the insulative housing 20 to set the I to the slider 6G. In the note _ card 80 = memory card 80 is inserted in the opposite direction of force 5. When it is in the =2 into the slot 21, the slider 6 is inserted into the heart of the guide groove; the first position of the mouth. The memory card (10), and finally reaches the second Position, this H61 pushes the engaging position 632 of the slider 60 63, and enters the heart-shaped guide rail from one end of the f-^ #, ^ ^ ^ w缟 slides through the engaging position 6 3 2, slides M287517. 4) ' Block 6 0 in the compression spring 5 〇 The action returns to the first position, and the top block 61 pushes the memory card 8〇 out of the slot 21, so that the memory card 80 can be easily taken out. Please refer to the second to third figures, when the slider 6 is in the first position One side opposite to the pressure Bosch 50 abuts against the stopper 4 〇 provided by the metal casing 4 ,, thereby realizing the limit of the slider at this position. The metal casing 4 〇 is connected to the stopper 41 A larger flat portion 46 is formed, and the stopper 41 is bent from the flat portion 46, and the fold 45 between the stopper 41 and the flat portion 46 is parallel to the sliding direction of the slider 60. Therefore, the resistance and bending strength of the stopper 41 in the direction of the action of the slider 60 can be increased. > Referring to the fifth to sixth figures, the resisting portion 27 of the insulating body 2 is extended in the direction of the guide groove 23 for positioning pressure. The positioning post 29 of the spring 50 is provided with a reinforcing piece 43 which is formed by bending the metal casing 40 and abutting against the outer side of the abutting portion 27 from the outer side of the resisting portion 27. In summary, the creation has met the new patent. The content of the patent is filed in accordance with the law. However, the above disclosure is only the preferred embodiment of the creation. This not limit the scope of the present writing. Jufan skilled in the art having ordinary knowledge Yuan Yi made equivalent to the spirit of the present Creation modifications or changes are intended to be included within the scope of the appended patent.
第9頁 M287517 圖式簡單說明 【圖式簡單說明】 第一圖係本創作記 第二圖係第一圖所 第二圖係第二圖所 去除金屬殼 第四圖係第二圖所 視圖。 憶卡連接器之 示記憶卡連接 示冗憶卡連接 體後之立體視 示記憶卡連接 第五圖係第四圖所示記憶卡連接 去除金屬殼體後之立體視 第六圖係第一圖所示記憶卡連接 立體圖。 【主要元件符號說明： 1 電連接器 100 插槽 21 定位柱 29 金屬殼體 40 加強片 43 爭板狀部分 46 滑塊 60 心形導轨 63 推桿 70 爆炸圖。 器之立體組裝圖。 裔'為清楚反映退卡機構而 圖 器在記憶卡插入後之立體 °°為清楚反映退卡機構而 圖。 丹 裔之金屬殼體之另一視角 絕緣本體 導槽 導電端子 擋塊 折綠 壓簧 頂塊 卡合位置 記憶卡 20 23 30 41 45 50 61 632 80Page 9 M287517 Simple description of the drawing [Simple description of the drawing] The first picture is the original picture The second picture is the first picture The second picture is the second picture The metal case is removed The fourth picture is the view of the second picture. The memory card connection of the memory card connector shows the stereo memory card connection after the memory card connector. The fifth picture is shown in the fourth figure. The memory card is connected to remove the metal casing. The memory card shown is connected to a perspective view. [Main component symbol description: 1 Electrical connector 100 slot 21 Positioning post 29 Metal housing 40 Reinforcement piece 43 Plate-like part 46 Slider 60 Heart-shaped guide 63 Push rod 70 Explosion diagram. Three-dimensional assembly diagram of the device. In order to clearly reflect the card withdrawal mechanism, the stereoscopic image of the image after the insertion of the memory card is a clear reflection of the card withdrawal mechanism. Another perspective of the metal shell of Danish Insulation body Guide groove Conductor terminal Stopper Folding green Compression spring Top block Engagement position Memory card 20 23 30 41 45 50 61 632 80