M316542 八、新型說明： 【新型所屬之技術領域】 -種連接n結構改良，包括1緣框體、—組導電端子、一退卡 機構以及-金屬遮蔽體，利用滑塊上之卡勾將插入之記憶卡定位，使 其不易滑動，而導電端子-側設分段式之_端子，隨著記憶卡推入 而使分段之開關端子陸續接觸，最後導通檢知電路，使資料得以存 取；又退卡麵係-滑塊抵微彈性元件之一端，絕緣框體一側設導 槽供滑塊及導斜角滑動，且滑塊旁設一卡勾結合一彈片，其中卡勾 前端設有一凸斜角及一導斜角。 μ 【先前技術】 隨著資訊科技與數位化之發展，儲存設備之發展亦日新月異，且 因耆儲存d又備之谷里愈來愈大’使儲存設備小型化亦得以實現；而現 今數位商品早以習用各種輕薄短小之記憶卡做為儲存設備，記憶卡之 連結器亦為使用記憶卡必備之器材。 然而’此類記憶卡連接器的體積小，且插卡行程短，因而不容易 感覺定位的確實性，較容易造成資料傳輸的不穩定，因此往往設置有 觸動開關以便令記憶卡插入至某一定位時，啟動觸動開關使記憶卡資 料開始傳輸；而習用觸動開關的型態不論是常開式或是常閉式設計， 皆以二個或三個不同型態之零組件組成，使製程與組裝較繁靖，成本 較高。 又記憶卡插入定位後，若沒有加以固定，則易受碰裝或搖動而使 記憶卡鬆動位移，造成資料傳輸錯誤或毁損，甚至造成導電端子與記 憶卡本身不當之磨損，亟需改善。 5 M316542 【新型内容】 本創作係-種連接|g結構改良，包括一絕緣框體、一組導電端 構以及—金屬遮蔽體，該絕緣框體上—側設退卡機構使 入與退出’退卡機構中之滑塊上設一卡勾，於記憶卡插 柯卡扣於記憶卡之凹槽’使記憶卡固定於定位，不因搖 而移位’確保電訊傳輸之穩定，又絕緣框體内設導電端子，導電端 子一側林分段之常開式（NGrmal Gpen)關端子，該關端子設 =、=體之側邊’記憶卡插人啸推動分段之關端子，使開關端 卡向側邊推抵開關端子後段，最後導通末端之開關端 導知’使f料得轉取；又退卡機_—滑塊抵頂 道处广件之—端’且設—抵接部’絕緣框體—侧設導槽供滑塊及 /滑動’且滑塊旁設—卡勾結合―彈片，彈片之彈力使卡勾與 二塊間具有一容置空間，其中卡勾前端設有一凸斜角及一導斜角，當 =憶卡推至定位時，卡勾之導斜角沿導槽滑動，待滑動至導槽較寬 二該卡㈣出卡扣住記憶卡之⑽，使記憶卡能穩©不鬆脫偏位， 田錢卡退㈣’先將記針向雜，獅彈性元件，藉彈性元件 :彈力’將退卡機構往前推送，使卡勾之凸斜角由導槽之頂端推抵， 勺脫離D己隐卡之凹槽，卡勾之導斜角沿導槽滑入導槽較窄部，並將 卡勾收入谷置空間，使該卡勾之抵接部可推送記憶卡往前，方便使 用者拿取。 【實施方式】 請參閱第一圖與第二圖，該等圖式係本創作之連接器結構改良之 刀解圖與組裝示意圖，該連接器結構改良丨係由―絕緣框體2、一組 ‘電化子3、-滑塊4、一拉桿5、一彈片6、—彈性元件7以及一 M316542 金屬遮蔽體8所構成；絕緣框體2係用於承載導電端子3與-退卡機 構，该退卡機構係於絕緣框體2 一側之導槽22中設置一滑塊4，該 /月塊4上设有拉桿滑執41，以供拉桿5於滑塊4滑動時於拉桿滑軌 41中滑動’該滑塊4旁設一卡勾42結合一彈片6，其彈片6為一 鐵片；一金屬遮蔽體8覆蓋於絕緣框體2上，金屬遮蔽體8上設一 拉桿壓# 81以壓制拉桿5於拉桿滑IM1 $至掉落，X設複數記憶卡 壓片82給予記憶卡2〇下壓力，使記憶卡2〇與導電端子3緊密接 觸’金屬遮蔽體8侧緣設有複數扣孔83 ,可與絕緣框體2之卡棒烈 扣合，絕緣框體2外側設固定軒2卜用以焊接於電路板上，成為 一具有退卡機構且使記憶卡20穩固、傳輸_不中斷之連接器結構 改良1。 明 > 閱第三圖和第四圖，退卡機構係一滑塊4抵頂於彈性 之-端’且設-抵接部43，該彈性元件7為 卡勾42結合一彈片6，彈片6之彈力 t 4 4旁設一 置空間4。，其中卡勾42前端設有—凸斜角45及、二='„ ，體2 -侧設導槽22供滑塊4及導斜角&滑動，該角，又: 包含-較寬部220與較窄部22卜 導槽22係 請參閱第三圖、第四圖、第五圖和笫a 塊4和導斜角44於絕緣框體2之導槽22内说:=退卡麵之，月 ^ ^ ^’骨動，當滑塊4毪内潑 動’卡勾42因彈片6彈力，使導斜角44恰卡 220 ’且卡勾42與滑塊4 _一容置空間4q，當 動，卡勾42之導斜角44恰卡於導槽22之較窄部 1 因壓力推擠，收置於容置空間4〇内。 使卡勾 請參閱第七圖、第八圖和第九圖所示，當記憶卡2〇推至定位 M316542 守卡勺42之導斜角44沿導槽22滑動，待滑動至導槽22較寬部 220 ’ :亥卡勾42彈出卡扣住記憶卡2〇之凹槽2〇〇，使記憶卡2〇能穩 =不氣、脫偏位’當記憶卡2〇退出時，先將記憶卡2〇向内推，壓 轉件7 ’藉彈性兀件7之彈力，將退卡機構往前推送，使卡勾 42之凸斜角45由導槽22之頂端推抵，卡勾42脫離記憶卡2〇之凹 槽200卡勾42之導斜角44沿導槽22滑入導槽22之較窄部22卜 並=卡勺42收入令置空間4〇，使該卡勾之抵接部妨可推送記 憶卡20往前，方便使用者拿取。 上列坪細朗騎對本創作之—可行實侧之具體說明，惟 “實施例麟肋關本創作之專·圍，凡未麟本創作技藝 精神=為之等效實施或變更，均應包含於本案之專利範圍中。 综上所述’本創作在突破先前之技術結構下，確實已達到所 欲增進之功效，且也非熟_技藝麵祕思及，再者，本創作 申^青刖未曾公開，其所具之進步性、實祕，顯已符合新 件，麦依法提出新型申請，懇請貴局核准本件新型專 利申凊案，以勵創作，至感德便。 寻 【圖式簡單說明】 第-圖係本創作連接騎構改良之分解圖。 第二圖係本創作連接器結構改良之組裝示意圖。 第三圖係本創作連接n結構妓之退卡機構立體圖。 ^四圖係本卿連鋪結觀良之絕雜 第五圖係本創作連接器結構改良之動作示意圖不-圖 第六圖係本創作連接器結構改良之動作示意圖（二）。 M316542 第七圖係本_連接^結構改良之—實闕 '第八圖係本創作連接器結構改良之-實施例動作=闰: 第九圖係本創作連接器結構改良之一實施例動::圖（二） 下7F意圖（三） 【主要元件符號說明】 1連接器結構改良 2絕緣框體 20記憶卡 • 200凹槽 21固定端子 22導槽 220較寬部 221較窄部 23卡棒 3導電端子 4滑塊 • 40容置空間 41拉桿滑軌 42卡勾 43抵接部 44導斜角 45凸斜角 5拉桿 6彈片 7彈性元件 M316542 8金屬遮蔽體 81拉桿壓片 82記憶卡壓片 83扣孔M316542 VIII. New description: [New technical field] - A kind of connection n structure improvement, including 1 edge frame body, - group of conductive terminals, a card retracting mechanism and - metal shielding body, which will be inserted by the hook on the slider The memory card is positioned so that it is not easy to slide, and the conductive terminal-side is provided with a segmented type terminal. As the memory card is pushed in, the segmented switch terminals are successively contacted, and finally the detection circuit is turned on, so that the data can be accessed. And the card face-slider is one end of the micro-elastic element, and the guide frame is provided with a guide groove on the side of the insulating frame for sliding the slider and the guide bevel, and a hook is arranged next to the slider to combine a shrapnel, wherein the front end of the hook is provided There is a convex bevel and a bevel. μ [Prior Art] With the development of information technology and digitalization, the development of storage devices is changing with each passing day, and because of the increasing storage and storage capacity, the miniaturization of storage devices can be realized. Today's digital products As early as the use of a variety of light and short memory cards as storage devices, the memory card connector is also a must-have device for memory cards. However, the size of such a memory card connector is small, and the card stroke is short, so it is not easy to feel the authenticity of the positioning, and it is easy to cause instability of data transmission. Therefore, a touch switch is often provided to insert the memory card into a certain When positioning, the touch switch is activated to start the data transfer of the memory card; while the type of the conventional touch switch is composed of two or three different types of components, whether it is a normally open or a normally closed design, the process and assembly are performed. More prosperous, higher cost. After the memory card is inserted and positioned, if it is not fixed, it is susceptible to being touched or shaken, causing the memory card to be loosely displaced, causing data transmission errors or damage, and even causing improper wear of the conductive terminals and the memory card itself, and improvement is needed. 5 M316542 [New Content] This creation is a kind of connection | g structure improvement, including an insulating frame, a set of conductive end structures and a metal shielding body. The insulating frame is provided with a card ejecting mechanism to make in and out. A slider is arranged on the slider of the card ejecting mechanism, and the card is inserted into the groove of the memory card in the memory card to fix the memory card to the positioning, and is not displaced by the shaking to ensure the stability of the telecommunication transmission, and the insulating frame A conductive terminal is arranged in the body, and a normally open (NGrmal Gpen) closing terminal is arranged on one side of the conductive terminal, and the closing terminal is set to =, the side of the body is 'the memory card is inserted into the whistle to push the segmented closing terminal, so that the switch The end card pushes the side to the rear of the switch terminal, and finally the switch end of the turn-on end guides to 'make the f material to be transferred; and the card retractor _-the slider is at the end of the top of the flat-end' and is set to abut The 'insulated frame—the side is provided with a guide groove for the slider and/or sliding' and the slider is adjacent to the hook--the elastic piece. The elastic force of the elastic piece has an accommodation space between the hook and the two blocks, wherein the front end of the hook is provided. There is a convex oblique angle and a guiding oblique angle. When the = memory card is pushed to the positioning, the guiding angle of the hook is guided along Slide, to slide to the guide slot is wider. The card (4) out of the card to hold the memory card (10), so that the memory card can be stabilized © does not loosen the deviation, Tian Qian card retreat (four) 'first needle to the miscellaneous, lion elastic component By means of the elastic element: elastic force, the card retracting mechanism is pushed forward, so that the convex oblique angle of the hook is pushed by the top of the guiding groove, the spoon is separated from the groove of the D hidden card, and the guiding angle of the hook is sliding along the guiding groove. The narrower part of the guiding slot and the hook are collected into the space of the valley, so that the abutting part of the hook can push the memory card forward, which is convenient for the user to take. [Embodiment] Please refer to the first figure and the second figure, which are the schematic diagrams and assembly diagrams of the improved connector structure of the present invention. The improved structure of the connector is made of "insulated frame 2" 'Electron 3, - slider 4, a tie rod 5, a spring 6 , - elastic element 7 and a M316542 metal shielding body 8; the insulating frame 2 is used to carry the conductive terminal 3 and the card ejecting mechanism, The card ejecting mechanism is provided with a slider 4 in the guiding groove 22 on one side of the insulating frame 2, and the bar block 4 is provided with a pull bar sliding 41 for the sliding bar 41 when the sliding bar 5 slides on the sliding bar 4 The slider 4 is provided with a hook 42 and a resilient piece 6, and the elastic piece 6 is an iron piece; a metal shielding body 8 covers the insulating frame 2, and the metal shielding body 8 is provided with a lever pressure #81. Pressing the pull rod 5 on the pull rod slides IM1 $ to drop, X sets the complex memory card press piece 82 to give the memory card 2 under the pressure, so that the memory card 2〇 is in close contact with the conductive terminal 3 'the side of the metal shielding body 8 is provided with plural The buckle hole 83 can be firmly engaged with the bar of the insulating frame 2, and the outer side of the insulating frame 2 is fixedly mounted for soldering on the circuit board. It becomes a connector structure with a card withdrawal mechanism and the memory card 20 is stabilized and transmitted without interruption. Referring to the third and fourth figures, the ejecting mechanism is a slider 4 that abuts against the elastic end-and-abutment portion 43. The elastic member 7 is a hook 42 combined with a resilient piece 6, a shrapnel. A spring space t 4 4 is provided with a space 4. Wherein the front end of the hook 42 is provided with a convex bevel angle 45 and a second='„, and the body 2 is provided with a guide groove 22 for the slider 4 and the guide bevel & sliding, the angle: and: the - wide portion Referring to the third, fourth, fifth and 笫a block 4 and the lead angle 44 in the guide groove 22 of the insulating frame 2, the reference to the narrower portion 22 and the guide groove 22 is as follows: The month ^ ^ ^ 'bone movement, when the slider 4 泼 inside the 'hook 42 due to the elastic force of the elastic piece 6, so that the guide angle 44 is exactly 220 ' and the hook 42 and the slider 4 _ a housing space 4q When the movement, the guide angle 44 of the hook 42 is just stuck in the narrow portion 1 of the guide groove 22, and is pushed into the accommodating space 4〇 by the pressure. For the hook, please refer to the seventh figure and the eighth figure. As shown in the ninth figure, when the memory card 2 is pushed to the positioning M316542, the guide bevel 44 of the scooter 42 slides along the guide groove 22, and is to be slid to the wider portion 220' of the guide groove 22: the hi-hook 42 ejects the buckle Hold the groove 2〇〇 of the memory card 2〇〇, so that the memory card 2〇 can be stable = no gas, depolarization position 'When the memory card 2〇 exits, first push the memory card 2〇 inward, the pressing member 7' By the elastic force of the elastic element 7, the card ejecting mechanism is pushed forward, so that the convex angle of the hook 42 is 45 Pushed by the top end of the guide groove 22, the hook 42 is separated from the groove 200 of the memory card 2, and the guide angle 44 of the hook 42 slides along the guide groove 22 into the narrower portion 22 of the guide groove 22 and the card 42 is received. The space is set to 4, so that the abutting portion of the hook can push the memory card 20 forward, which is convenient for the user to take. The above-mentioned detailed description of the feasible side of the creation of the ping ping lang, but the "example" The special design of the creation of the Lin Ri Guan Guan, the spirit of the creation of the artist, or the equivalent of the implementation of the spirit, should be included in the patent scope of this case. In summary, 'this creation has achieved the desired effect under the previous technical structure, and it is also unfamiliar. _Technology and mystery. Moreover, this creation has not been made public, and it has The progress, the reality, and the facts have been in line with the new ones. Mai has filed a new application in accordance with the law. I urge you to approve the new patent application case for the purpose of creating a creative project. Seeking [Simple description of the diagram] The first-picture is an exploded view of the creation of the connection. The second figure is an assembly diagram of the improved structure of the present connector. The third figure is a perspective view of the card ejecting mechanism of the present connection. ^The four pictures are the basics of this book. The fifth picture shows the action diagram of the improved connector structure. Figure 6 is a schematic diagram of the improvement of the structure of the author connector (2). M316542 The seventh figure is the _connection ^ structure improvement - the actual 阙 'the eighth figure is the improvement of the structure of the author connector - the embodiment action = 闰: The ninth figure is one of the structural improvements of the author of the creation of the connector: : Figure (2) Lower 7F Intent (3) [Main component symbol description] 1 Connector structure improvement 2 Insulation frame 20 Memory card • 200 groove 21 Fixed terminal 22 Guide groove 220 wider portion 221 narrower portion 23 Bar 3 conductive terminal 4 slider • 40 accommodating space 41 pull rod slide 42 hook 43 43 abutment 44 lead angle 45 convex angle 5 rod 6 shrapnel 7 elastic element M316542 8 metal shielding body 81 pull rod 82 memory card pressure Sheet 83 buttonhole