M273875 八、新型說明： 【新型所屬之技術領域】 、一種電子卡連接器，尤指一種用以供電子卡插置於其 ；中以達成該電子卡和一電路板之間的電性連接之電子卡 、連接器。 【先前技術】 如所周知，電子卡具有儲存資料和攜帶方便的特性， 瞻因此，被廣泛地運用於各種電子設備中。電子卡的規格依 廠商之設計而異，如包括有XD(eXtreme Digital)卡、 SM(Smart Media)卡、SD(Secured Digital)卡、 MMCCMultiMedia Card)卡、以及 MS(Mem〇ry Stick)卡等 多種規格的電子卡。不同規格的電子卡需被插置於相應規 才。的電子卡連接益，才能達成其與電路板之間的電性連 接’以對電子卡進行資料的存取。 抑習知的電子卡連接器，其設置於一電子設備内，僅係 「供單-規格之電子卡的插置與其資料的存取，無法供不同 規格之電子卡的插置。若該電子設備内依各種規格的電子 卡叹置多種相應規格的電子卡連接器，將因空間上的不足 而不切實際。因此，多合一電子卡連接器便被開發出來。 習知的多合一電子卡連接器，#台灣專利公告編號第 TW570409號所揭示的一種「記憶卡插座裝置」，其座體内 «又有一第一插槽、一第二插槽、和一插口連通於該第一插 槽和該第二插槽，以供不同之記憶卡的插置。該記憶卡插 座裝置並包括多數組端子組，以分別供該等記憶卡的電性 接觸。 M273875 上述習知的電子卡連接哭，缺 插置於該第一插槽或該第^缺;退卡機構以退出被 用者欲退出電子卡時的不便。谷種電子卡，造成使 是以’由上可知，上述習知的電 使用上·具有不便與缺失存*，而有待^改/。 究並匕有:3:失:可改善’乃特潛心研 上述缺失之本創作 ^出一種設計合理且有效改善 【新型内容】 〔創作目的〕 出 本創作之主要目的，在於提供一 插置於其顺时下方或上方㈣子切易器地= 〔創作特徵〕 為了達成上述目的，本創作主I 連接器，用以插置一第一t:要=供-種電子卡 包括-絕緣本體、-退卡機構、以及一滑板包 二插:Γ緣本體内形成相疊設的—第-插卡空間和-第 工間，該退卡機構安裝於該絕緣本體·兮取 且滑動師一插卡空間和第二插卡空間之間 滑板、组件且有ί體該退卡機構連動該滑板組件，該 部位於該第—：ΐ::Γ: 一第二頂推部，該第—頂推 該第二頂推部内插=第-電子卡 卡的推動。於㈣—插卡空間Hx供該第二電子 M273875 藉由該退卡機構連動該滑板組件，以及該第—頂推邙 和該第二頂推部分別位於該第一插卡空間内和該第二插 卡空間内，用以分別供該第一電子卡和該第二電子卡的 動，使插置於該第-插卡空間或該第二插卡空間中的電子 卡皆能被輕易地退出。 v 【實施方式】 - 為更進-步Μ述本創作為達成預定目的所採取之技 Γ ^ I:請參㈣下有作之詳細說明與附 圖，相k本創作之㈣、特徵與特點，當可由此得一深入 =體之瞭解’然而所附圖式僅提供參考與說明用，並非 用來對本創作加以限制。 〔詳細說明〕 抑請參閱第-圖至第六圖所示，本創作係一種電子 =卡等二置子卡‘ 卡專），該電子卡連接器包括—絕緣本體3、至少二 子;中:退卡機構4、-滑板組件5、以及-壓板： 苗人:^體土，其可為塑膠材質。該絕緣本體3包括相 凰合連接的一第一本體工和一第二本體2， 側邊分別具有由前向後延伸的一第一側壁Η和一 位；:該第一本體1内形成一第一插卡空間1 0 二插卡空間2〇。該第-本體1和該第二本 式作；垃S曰波炫接、或以固定元件鎖合、或以組接等方 ;連接’使該絕緣本體3内形成相疊設的該第一插卡空 7 M273875 間1 0和该第二插卡空間2 〇，且該第二插卡空間2 〇位 於。亥第插卡空間1 0上方。該絕緣本體；3的前端並形成 一插口 3 0連通於該第一插卡空間丄〇和該第二插卡空 間2 0。本實施例中，該第二插卡空間2〇的左右寬度大 於該第一插卡空間10的左右寬度。 本貫^例中，該第一本體1之第一側壁1 1和第二侧 壁2 2的前端各設有一卡槽1 4，該第一本體i的後端設 有凸塊1 5，該凸塊1 5設有一定位孔1 5 1。該第二 2的刖端二側各設有一卡塊2 4，該第二本體2的後 端5又有一凹口 2 5和一定位塊2 5 1位於該凹口 2 5 ^該凸塊15組接於該凹口25内且該定位塊251組 + = &位孔1 5 1内，又該等卡塊24分別組接於該等 ^^内’使該第—本们和該第二本们穩固地相蓋 該絕緣本體3。此和該第—側壁η設有一 :側二Ί 1，該第二側壁1 2設有一滑槽1 2 1，該第 個^ 16二側壁12的前端和後端各設有至少一 本實施例中，本創作雷+ +查 口 苴分別Α 冤子卡連接态包括四組端子組， = 組71、一第二端子組”、-第三 竽第：她；έ ^帛四鈿子組7 4。該第一端子組7 1、 rd二和該第四端子組7 4設於該第-本體 丄δ亥弟一端子組72設於該第辦 /伞般 7 1位於該絕緣本體3的插口 3 〇位且=一=子組 7 1、該第三端子組7 」〇位=且该弟一端子組 本體3的插口 3 D ^ "弟四知子組7 4自該絕緣 3〇依序向内平行排列。該第-端子組7 M273875 1、該第三端子組7 3、和該第四端子組7 4與該絕緣本 體3之第一本體1之間，以及該第二端子組7 2與該絕緣 本體3之第二本體2之間，可分別以埋入式射出成型 (insert molding)的方式’或以組裝的方式等作連接固 定。本實施例中，該第一端子組7 1為xD(eXtreme Digital)卡的規格，該第二端子組7 2為SM(SmartMedia) 卡的規格，該第三端子組7 3為SD(Secured Digital)卡 的規格或MMC(MultiMedia Card)卡的規格，該第四端子 組7 4為MS(Memory Stick)卡的規格。然，本創作端子 組的數量和規格，可依需求而作不同的設計，並不以上述 的四組端子組或上述的規格為限。 退卡機構4，其安裝於該絕緣本體3之第一本體1的 容置槽1 1 1内。該退卡機構4包括一滑動件4丄、一彈 性件4 2、和一導引桿4 3，該滑動件4丄滑接於該第一 本體1之第-側壁11的容置槽ii内且設有一嵌槽 4 1 1和一執跡曲線槽4 1 2。該彈性件42位於該滑動 =4 1和該第一侧壁i χ之間，該導引桿4 3具有一樞接 端4 3 1和一活動端4 3 2，該樞接端4 3 1樞接於該第 一側壁1 1 ’該活動端4 3 2被活動導引於該執跡曲線槽 4 1 2内。 曰 滑板組件5，其位於該絕緣本體3之第一插卡空間工 2和第—插卡空間2 〇之間且滑動於該絕緣本體3内。該 第一插卡空間丄〇形成於該滑板組件5和該第一本體1" 1 «亥第一插卡空間2 〇形成於該滑板組件5和該第二 本體2之間。該滑板組件5的二側邊分別具有—嵌塊^ M273875 1和一導塊5 Q 2 ’該嵌塊5 (3 i定位於該退卡機構4之 :骨：：4 1的嵌槽4 χ工内，使該退卡機構4連動該滑板 '、且件5。又，該導塊5 〇 2滑接於該第—本體丄之第二側 ^1 2的滑槽1 2 1内’使該滑板組件5的滑動更為穩定 平衡。 如第五圖和第六圖所示，該滑板組件5包括一滑板5 1和-頂推元件5 2。該滑板5 1可為金屬材質，該頂推 几件Η可以埋人式射出成型的方式或以組震的方式連 接於该滑板5 1的侧邊。 該頂推兀件5 2具有-第一頂推部5 21，該第一頂 推部5 2 1位於該第-插卡空間i Q内，用以供一第一電 子卡81的推動。如第七人圖和第圖所示，本實施例 中，該第一電子卡8 1為XD(eXtreme Digital)卡。 該滑板51具有一第二頂推部5 12,該第二頂推部 f 1 2自該滑板5 1的後緣中間位置向上彎折且位於該 第，插卡空間2 0内’用以供一第二電子卡82的推動。 如第八A圖和第八B圖所示，本實施例中，該第二電子卡 8 2 為 SM(Smart Media)卡。 該頂推元件5 2具有一第三頂推部5 2 3，該第三頂 推部5 2 3位於該第-插卡空間i ◦内，用以供—第三電 子卡8 3的推動。如第九a圖和第九B圖所示，本實施例 中’該第三電子卡8 3 $ SD(Secured咖⑷） 顏C(MultiMedia Card)卡。 該滑板5 1具有-第四頂推部5工4，該第四頂推部 5 1 4自㈣板5 1的後緣二側位置向下彎折且位於該 M273875 第:插卡空間1 〇内，用以供一第四電子卡8 4的推動。 如第十A圖和第十B圖所示，本實施例中，該第四電子卡 8 4 為 MS(Memory Stick)卡。 壓板組件6，其設於該絕緣本體3内且位於該滑板组 件5上方，使得該滑板組件5位於該第一插卡空間i 〇和 該壓板組件6之間。如第五圖和第六圖所示，該壓板組件 6包括-壓板6 χ和—播止元件6 2。該壓板6 i為金屬 材質，以具備電磁遮蔽的效果。該壓板6i設有插置於對 應該第-本體i之第一側壁丄丄和第二側壁工会之嵌孔 1 6的嵌片6丄χ ’使該壓板組件6固定於該第一本體 1 :該壓板6 1設有-後壓片6工2和一前壓片6 1 3分 別壓制該滑板5 ；L的後端和前端，使該滑板組件的 更為平穩。 請 該壓板6 1的前端具有一彈性臂6 i 4，該彈性臂6 1 4的自由端伸向該絕緣本體3的插口 3 〇。該擋止元件 6 2。可以埋入式射出成型的方式或以組裝的方式連接於 该彈性臂6 1 4的自由端以形成一彈性防呆構件6 〇。該 ^止讀6 2藉由該彈性臂6丄4彈性移動於該第一^ 卡空間1〇和該第二插卡空間2 〇。太與 卜工间ζυ。本貫施例中，該彈性 η 6 1 4和該擔止元件6 2接近該絕緣本體3之插口 3 〇的右侧邊。該擋止元件6 2具有一第一導引面6 一第二導引面622、一第：r導弓丨而Λ ...β 〇· 弟—蜍引面6 2 3、和一第四導 引面624。該第-導引面621位於該擔止元件62下 方右邊且朝向該插口 3 〇外，以供該第一電子卡8 ](如 弟七C圖所示）的頂觸。該第二導引面6 2 2位於該^止 11 M273875 元件6 2上方且朝向該插口 3 〇冰、 2 λ . d 〇外，以供該第二電子卡8 G止元:二:觸。該第三導引面6 2 3位於 δ亥拾止兀件6 2下方且鄰近該第— 日 該插口 3 0外，以供該第三電子卡6 2 1且朝向 w _ _ _ ^ ^ 丁卞y3(如第九c圖所示） 勺頂觸。該弟四導引面624位於該擔件 鄰近談第三導引面6 2 3且釦a外4 什b Z卜万且 四雷…該插口3 〇外，以供該第 四電子卡84(如苐十c圖所+ 壁ft 1 斗认 斤不）的頂觸。誠然，該彈性M273875 VIII. Description of the new type: [Technical field to which the new type belongs], an electronic card connector, especially a power supply daughter card inserted into it; in order to achieve the electrical connection between the electronic card and a circuit board Electronic cards, connectors. [Prior Art] As is well known, electronic cards have the characteristics of storing data and being easy to carry, so they are widely used in various electronic devices. The specifications of the electronic card vary depending on the manufacturer's design, such as including XD (eXtreme Digital) cards, SM (Smart Media) cards, SD (Secured Digital) cards, MMCC MultiMedia Cards, and MS (Memory Stick) cards, etc. A variety of electronic cards. Electronic cards of different specifications need to be inserted in the corresponding specifications. Only when the electronic card is connected, can the electrical connection between the electronic card and the circuit board be achieved to access the data of the electronic card. The conventional electronic card connector, which is set in an electronic device, is only for the insertion of single-size electronic cards and access to their data, and cannot be used for the insertion of electronic cards of different specifications. According to various specifications of electronic cards in the device, a variety of electronic card connectors of corresponding specifications will be impractical due to lack of space. Therefore, an all-in-one electronic card connector has been developed. Electronic card connector, a "memory card socket device" disclosed in #Taiwan Patent Publication No. TW570409, which has a first slot, a second slot, and a socket communicating with the first in the seat body. The slot and the second slot are used for inserting different memory cards. The memory card socket device also includes a multi-array terminal set for the electrical contact of the memory cards, respectively. M273875 The above-mentioned conventional electronic card is crying, and it is inserted into the first slot or the second slot; the card ejection mechanism is used to withdraw the inconvenience when the user wants to eject the electronic card. The grain electronic card is caused by the fact that the above-mentioned conventional electricity use has inconvenience and lack of memory, and needs to be modified /. The research has: 3: Loss: Can improve 'Naite devotes himself to the above-mentioned lack of creation ^ A reasonable design and effective improvement [New content] [Creation purpose] The main purpose of this creation is to provide a place to insert Its clockwise lower or upper part is easy to change = [creative features] In order to achieve the above purpose, the author's main I connector is used to insert a first t: to = for-a type of electronic card including-an insulating body, -Card ejection mechanism, and one slide pack and two inserts: Γ edge body is formed to overlap each other—the first card space and the first workshop. The card ejection mechanism is installed on the insulating body. There is a slide plate, a component between the card space and the second card space, and there is a body. The card ejection mechanism links the slide plate component, and the part is located at the first —: ΐ :: Γ: a second pushing part, the first — pushing Interpolation of the second pushing portion = pushing of the -th electronic card. Yu㈣—card space Hx is provided for the second electronic M273875 to link the skateboard assembly through the card ejection mechanism, and the first-ejecting and second-ejecting portions are respectively located in the first card-ejecting space and the first ejecting space. The two card spaces are used for the movement of the first electronic card and the second electronic card, respectively, so that the electronic cards inserted in the first card space or the second card space can be easily drop out. v [Implementation]-In order to go further-describe the techniques used in this creation to achieve the intended purpose Γ ^ I: Please refer to the detailed descriptions and drawings of the following works, and the features, characteristics and characteristics of this creation , When you can get a deeper = understanding of the body 'However, the drawings are provided for reference and explanation only, not to limit this creation. [Detailed description] Please refer to Figures-6 to 6. This creation is an electronic = card and other two sub-cards (card)), the electronic card connector includes-insulating body 3, at least two sub; Card ejection mechanism 4, slide plate assembly 5, and pressing plate: Miao people: ^ Body soil, which can be made of plastic. The insulating body 3 includes a first body member and a second body 2 connected together, and each side has a first side wall Η and a bit extending from front to back; a first portion is formed in the first body 1. One card space 10 two card space 20. The first-body 1 and the second formula are made; the first and second waves are connected, or locked with a fixed element, or assembled, etc .; and the connection is made to form the first stacked one inside the insulating body 3. Card empty 7 M273875 room 10 and the second card space 20, and the second card space 20 is located. Hedi card space above 10. The front end of the insulating body 3 forms a socket 30 which communicates with the first card space 丄 0 and the second card space 20. In this embodiment, the left and right width of the second card space 20 is larger than the left and right width of the first card space 10. In the present example, each of the front ends of the first side wall 11 and the second side wall 22 of the first body 1 is provided with a clamping slot 14, and the rear end of the first body i is provided with a projection 15. The protruding block 15 is provided with a positioning hole 1 51. A clip block 2 4 is provided on each side of the second end of the second 2 and a rear end 5 of the second body 2 is provided with a notch 2 5 and a positioning block 2 5 1 at the notch 2 5 ^ the projection 15 Assembled in the notch 25 and the positioning block 251 groups + = & bit holes 1 5 1, and the card blocks 24 are respectively assembled in the ^^ 'to make the first-this and the first The two cover the insulating body 3 firmly. This and the first side wall η are provided with one side Ί1, the second side wall 12 is provided with a chute 1 21, and at least one of the front end and the rear end of the second side wall 12 is provided in this embodiment. In this work, Lei + + Chakou, respectively, A, the connection status of the card includes four groups of terminals, = group 71, a second terminal group ",-the third third: her; ^ 帛 four groups of subgroups 7 4. The first terminal group 71, rd two, and the fourth terminal group 74 are provided in the-body 丄 δ 弟-a terminal group 72 is provided in the first office / umbrella 7 1 in the insulating body 3 Socket 3 0 digits and = = = Subgroup 7 1. The third terminal group 7 '' 〇 = = Socket 3 D of the terminal one of the terminal group body 3 ^ " Brother Shizhi subgroup 74 4 since the insulation 3〇 The order is arranged in parallel inward. The first-terminal group 7 M273875 1, the third terminal group 7 3, and the fourth terminal group 74, and the first body 1 of the insulating body 3, and the second terminal group 72, and the insulating body The second bodies 2 of 3 can be connected and fixed respectively by insert molding 'or by assembly methods. In this embodiment, the first terminal group 71 is a specification of an xD (eXtreme Digital) card, the second terminal group 72 is a specification of an SM (SmartMedia) card, and the third terminal group 73 is an SD (Secured Digital ) Card specification or MMC (MultiMedia Card) card specification, the fourth terminal group 74 is a MS (Memory Stick) card specification. However, the number and specifications of this creative terminal group can be designed differently according to the requirements, and are not limited to the above four groups of terminal groups or the above specifications. The card ejection mechanism 4 is installed in the receiving slot 1 1 1 of the first body 1 of the insulating body 3. The card ejection mechanism 4 includes a sliding member 4 丄, an elastic member 42, and a guide rod 43. The sliding member 4 丄 is slidably received in the receiving groove ii of the first side wall 11 of the first body 1. A recessed groove 4 1 1 and a track curve groove 4 1 2 are provided. The elastic member 42 is located between the slide = 4 1 and the first side wall i χ. The guide rod 4 3 has a pivot end 4 3 1 and a movable end 4 3 2. The pivot end 4 3 1 The pivot end is connected to the first side wall 1 1 ′ and the movable end 4 3 2 is movably guided in the track curve groove 4 1 2. The sliding board assembly 5 is located between the first card space 2 and the first card space 2 0 of the insulating body 3 and slides in the insulating body 3. The first card space 丄 0 is formed between the slide plate assembly 5 and the first body 1 " 1. The first card space 2 is formed between the slide plate assembly 5 and the second body 2. The two sides of the skateboard assembly 5 respectively have an inlay ^ M273875 1 and a guide block 5 Q 2 'The inlay 5 (3 i is positioned in the ejection mechanism 4: bone :: 4 1 inlay 4 χ In the work, the card ejection mechanism 4 is linked to the slide plate and the piece 5. In addition, the guide block 502 is slidably connected to the slide groove 1 2 1 of the second side of the first body 使 1 2 so that The sliding of the sliding plate assembly 5 is more stable and balanced. As shown in the fifth and sixth figures, the sliding plate assembly 5 includes a sliding plate 5 1 and a pushing member 5 2. The sliding plate 5 1 may be made of metal, and the sliding plate 5 1 A few pushers can be connected to the side of the sliding plate 51 by burying injection molding or by means of group vibration. The pushing member 5 2 has a first pushing portion 5 21, and the first pushing The part 5 2 1 is located in the first card space i Q, and is used for pushing a first electronic card 81. As shown in the seventh figure and the figure, in this embodiment, the first electronic card 8 1 It is an XD (eXtreme Digital) card. The sliding plate 51 has a second pushing portion 5 12, and the second pushing portion f 1 2 is bent upward from the middle position of the rear edge of the sliding plate 5 1 and is located on the first card. Within space 2 'for a second electricity Pushing of the daughter card 82. As shown in FIG. 8A and FIG. 8B, in this embodiment, the second electronic card 8 2 is a SM (Smart Media) card. The pushing element 5 2 has a third jack. The pushing part 5 2 3, the third pushing part 5 2 3 is located in the first card space i ◦ for the pushing of the third electronic card 8 3, as shown in FIG. 9a and FIG. 9B As shown in the embodiment, the third electronic card 8 3 $ SD (Secured Coffee) Yan C (MultiMedia Card) card. The skateboard 51 has a fourth pushing section 5 and the fourth pushing section. 5 1 4 is bent downward from the two sides of the rear edge of the fascia board 5 1 and is located in the M273875: card space 10, for the promotion of a fourth electronic card 8 4. As shown in FIG. 10B, in this embodiment, the fourth electronic card 8 4 is an MS (Memory Stick) card. The pressure plate assembly 6 is disposed in the insulating body 3 and is located above the skateboard assembly 5 so that the skateboard The assembly 5 is located between the first card space i 0 and the platen assembly 6. As shown in the fifth and sixth figures, the platen assembly 6 includes-a platen 6 χ and-a play stop element 62. The platen 6 i is made of metal The effect of electromagnetic shielding. The pressure plate 6i is provided with an insert piece 6 丄 χ ′ inserted in the insertion hole 16 corresponding to the first side wall 丄 丄 and the second side wall union of the first body i to fix the pressure plate assembly 6 to the First body 1: The pressing plate 61 is provided with a rear pressing plate 6 and a front pressing plate 6 1 3 respectively to press the sliding plate 5; the rear and front ends of L make the sliding plate assembly more stable. The front end of the pressure plate 61 has an elastic arm 6 i 4. The free end of the elastic arm 6 1 4 extends to the socket 3 0 of the insulating body 3. The stop element 6 2. It can be connected to the free end of the elastic arm 6 1 4 by embedding injection molding or assembled to form an elastic foolproof member 60. The stop reading 62 is elastically moved in the first card space 10 and the second card space 20 by the elastic arm 6 丄 4. Tai and puerper ζυ. In this embodiment, the elasticity η 6 1 4 and the supporting element 62 are close to the right side of the socket 3 0 of the insulating body 3. The stop element 62 has a first guide surface 6 a second guide surface 622, a first: r guide bow, and Λ ... β 〇 · brother-toad guide surface 6 2 3, and a fourth Guide surface 624. The first-guide surface 621 is located below the supporting element 62 to the right and toward the socket 30, for the top contact of the first electronic card 8] (as shown in Figure 7C). The second guide surface 6 2 2 is located above the ^ 11 11 M273875 element 62 and faces the socket 30 ice and 2 λ. D 〇 for the second electronic card 8 G stop element: two: touch. The third guide surface 6 2 3 is located below the delta pick-up element 62 and adjacent to the first day and the socket 30, for the third electronic card 6 2 1 and facing w_ _ _ ^ ^ D卞 y3 (as shown in Figure 9c). The fourth guide surface 624 is located adjacent to the third guide surface 6 2 3 and is connected to the outside of the third guide surface 4 and b Z Bwan and the four thunders ... The socket 3 is outside the 0 for the fourth electronic card 84 ( As shown in Figure 10c + wall ft 1 does not recognize the weight). Admittedly, the flexibility
口 ：==止：件6 2亦可接近該絕緣本體3之插 侧邊’或該壓板组件6亦可具有二個以上的彈 陡# 6 1 4和一個以上的擋止元件6 2。 κ此外’該壓板6 1的右侧邊並_體彎折形成一壓條6 1^’該壓條6 1 5的自由端頂觸該退卡機構4之導引桿 4 3 ’以避免該導引桿4 3的脫落。 本創作電子卡連接H之、纟讀係先將該退卡機構4安 裝於該第-本體1 ;再將該滑板組件5安裝於該第一本 體1和該退卡機構4，使該退卡機構4連動該滑板組件 5,再將該壓板組件6安裝於該第一本體工，以防止該滑 板組件5和該退卡機構4的脫落；再將該第二本體2安 裝於該第一本體1。 此外，該第一本體1之第一側壁丄1和第二侧壁丄2 口又有苐一牙孔1 〇 1，该第二本體2的二側邊設有一第 二穿孔2 0 1。該電子卡連接器包括一固定元件8 5，該 固疋元件8 5具有一本體部8 5 1、一勾接部8 5 2、和 太于接部8 5 3。该本體部8 5 1定位於該第一穿孔1 〇 1内和δ亥弟一牙孔2 〇 1内，該勾接部8 5 2勾接於該第 12 M273875 一本體2，該焊接部8 5 3凸伸出該第一本體丄，用以 接於-電路板9上。如此，使該絕緣本體3穩 二 該電路板9上。 衣於 請參閱第七A圖至第七C圖所示，並同時參閱第—圖 至弟六圖所示，當該第一電子卡8 1被插置於該第_插二 工間1 0内時，該第一電子卡8工頂觸該第一導引面〇 1，使該播止元件6 2上移至該第二插卡空間2 〇， 礙其他電子卡被插置於該第二插卡空間2 〇内。該 子卡8 1的前緣推動該滑板組件5的第一頂推= i，使該滑板組件5向内移動且帶動該退卡機構4動 :該，卡機構4之導引桿4 3定位於該軌跡曲線槽二 2的定位點時，該第一電子卡8 i到達 > 第-端子組7 χ。當該第—電子Ί η ^生連接該 Η士廿、日卜 弟電子卡8 1被再次向内下壓 I u枝構4之導引桿4 3脫離該執跡曲線槽4 1 2 白、疋位點’且藉由該彈性件4 2推動該滑動件4丨向外 位。該滑動件41帶動該滑板組件5向外吏 頂推部521推動該第一電子卡…㈣弟一 -插卡空間1()。 卡81的讀以退出該第 至篦：ί閱第八A圖至第八C圖所示，並同時參閱第-圖 = 當：第二電子卡8 2被插置於該第二插卡 ? %，該第一電子卡8 2頂觸該第二導引面6 2 ，使该擋止元件6 2下移至該第一插卡空間丄 礙其他電子卡被插晉W女楚 ,, 阻 子士 β t被插置於该弟一插卡空間1〇内。該第二電 1的4緣推動該滑板組件5的第二頂推部5 i ’使該滑板組件5向内移動且帶動該退卡機構4動作。 13 M273875 田λ j卡祛構4之導引桿4 3定位於該軌跡曲線槽4 1 f ^ =位點日守，5亥第二電子卡8 2到達定位以電性連接該 =1端子組72。當該第二電子卡8 2被再次向内下壓 守亥退卡機構4之導引桿4 3脫離該執跡曲線槽4 1 2 的定位點，且藉由該彈性件4 2推動該滑動件4 1向外復 。亥⑺動件4 1帶動該滑板組件5向外移動，使該第二 頂推部5 1 2推動該第二電子卡8 2的前緣以退出該第 二插卡空間2 〇 〇 —叫4閱第九Α圖至第九c圖所示，並同時參閱第一圓 ^第六圖所示，當該第三電子卡83被插置於該第一插卡 空間1 〇内時，該第三電子卡8 3頂觸該第三導引面6 2 3 ’使該擋止元件6 2上移至該第二插卡空間2 〇，以阻 礙其他電子卡被插置於該第二插卡空間2 〇内。該第三電 子卡8 3的前緣推動該滑板組件5的第三頂推部5 2 3，使該滑板組件5向内移動且帶動該退卡機構4動作。 當該退卡機構4之導引桿4 3定位於該執跡曲線槽4丄 ^的定位點時，該第三電子卡8 3到達定位以電性連接該 ^三端子組7 3。當該第三電子卡8 3被再次向内下壓 時’該退卡機構4之導引桿4 3脫離該軌跡曲線槽4工2 的定位點，且藉由該彈性件4 2推動該滑動件4 ^向外復 位。忒滑動件4 1帶動該滑板組件5向外移動，使該第二 頂推部5 2 3推動該第三電子卡8 3的前緣以退^ 一插卡空間1 0。 請參閱第十A圖至第十c圖所示，並同時參閱第—圖 至第六圖所示’當該第四電子卡8 4被插置於該第一插^ 14 M273875 空間10内時，該第四電子卡84τ頁觸該第四導 4 ’使該擋止元件6 2上移至該第二插卡空間2 〇，以阻 礙其他電子卡被插置於該第二插卡空間2〇内。該第 子卡8 4的前緣推動該滑板組件5的第四頂推部5工 1 ’使該滑板組件5向内移動且帶動該退卡機構4動作。 卡機構4之導引桿4 3 ^位於該軌跡曲線槽4丄 =:‘，：第：電子卡84到達定位以電性連接該 ^四知子組74。當該第四電子卡84被再次向内下磨 之導引桿4 3脫離該軌跡曲線槽412 勺疋位』’且藉由該彈性件4 2推動該滑動件4工向 =骨=41帶動該滑板組件5向外移動，使該第四 一!;fpf推動該第四電子卡84的前緣以退出該第 一插卡空間1 〇 〇 ^ 〔創作特點及優點〕 點：是以，透過本創作之電子卡連接器，具有如下述之特 該，卡機構連動該滑板組件，以及該第一頂推部等和 頂推部分別位於該第—插卡空間内和二 ς間内杯用以分別供該第一電子卡等和該第二電子卡的推 卡比t =於該第—插切間或該第二插卡空間中的電子 2白此被輕易地退出，因此，使用者只要下壓電子卡，领 月匕將其輕鬆地退出該絕緣本體。 便 ，上所述，本創作完全符合新型專财請之 ί 請，請詳查並請早日惠准專利，^感ί 心早創作者之權益，若*局之貴審查委員有任何 15 M273875 的稽疑，請不吝來函指示。 惟，以上所述，僅為本創作栌 彻闰斗、、，a扣 體貫施例之砰細說明 與圖式，亚非用以限制本創作及本創作之特徵，舉凡所屬 技術領域中具有通常知識者’沿依本創作之精 效修飾或變化，皆應包含於本創作之專利範圍中中。、專 【圖式簡單說明】 第一圖係本創作電子卡連接器裝一 圖。 、寬路板上之前視 弟一圖係第一圖之立體圖。 ^三圖係本創作電子卡連接器之局部立體分解圖。 第四圖係第二圖之另一角度示意圖。 ^圖射㈣電子卡連接器H部立體分解圖。 第八圖係第五圖之另一角度示意圖。 第七A圖係一第一電子卡頂推本 板組件之側視圖。 _電子卡連接器的滑 第七B圖係第七a圖之立體圖。 第七C圖係一第一電子卡被插置於^ ^ ^ ^ ^ ^ ^ ^ 内之前視圖。 竭乍電子卡連接器 第八A圖係一第二電子卡頂推本創、 板組件之侧視圖。 τ卞連接益的滑 第八B圖係第八a圖之立體圖。 第八C圖係一第二電子卡被插置於本由 内之前視圖。 ㈣作電子卡連接器 弟九A圖係-第三電子卡頂推本創作電子卡連接器的滑 16 M273875 板組件之侧視圖。 第九B圖係第九A圖之立體圖。 弟九C圖係一弟二電子卡被插置於本創作電子卡連接哭 内之前視圖。 的 第十Α圖係一第四電子卡頂推本創作電子卡連接哭 板組件之側視圖。 ^ 第十B圖係第十A圖之立體圖。 第十C圖係一第四電子卡被插置士 内之前視圖。 ]作電子卡連接器 【主要元件符號說明】 〔本創作〕 第一本體 1 第一插卡空間1〇 第一穿孔 第一侧壁 11 容置槽 第二側壁 12 滑槽 卡槽 14 凸塊 定位孔 15 1 嵌孔 弟二本體 2 第二插卡空間 2 0 第二穿孔 卡塊 2 4 凹口 定位塊 2 5 1 絕緣本體 3 插口 3 0 退卡機構 4 10 11 12 15 16 2 0 2 5 17 M273875 滑動件 軌跡曲線槽 導引桿 活動端 滑板組件 般塊 滑板 第一頂推部 第三頂推部 壓板組件 彈性防呆構件 嵌片 前壓片 壓條 第一導引面 第二導引面 第一端子組 第三端子組 第一電子卡 第三電子卡 固定元件 勾接部 電路板 嵌槽 4 11 2 彈性件 42 樞接端 431 2 1 導塊 502 頂推元件 5 2 1 第二頂推部 512 3 第四頂推部 514 壓板 6 1 1 後壓片 612 3 彈性臂 614 5 擋止元件 62 1 第二導引面 622 3 第四導引面 624 第二端子組 72 第四端子組 74 第二電子卡 8 2 第四電子卡 84 本體部 851 2 焊接部 853 18Mouth: == stop: piece 6 2 can also be close to the side of the insulation body 3 'or the pressure plate assembly 6 can also have more than two spring # 6 1 4 and more than one stop element 62. κ In addition, 'the right side of the pressure plate 6 1 is bent to form a pressure strip 6 1 ^' The free end of the pressure strip 6 1 5 touches the guide rod 4 3 of the ejection mechanism 4 to avoid the guide The rod 4 3 comes off. This creative electronic card is connected to H. The reading system first installs the card ejection mechanism 4 on the first body 1; then installs the slide plate assembly 5 on the first body 1 and the card ejection mechanism 4 to make the card ejection The mechanism 4 links the slide plate assembly 5 and then installs the pressure plate assembly 6 on the first body to prevent the slide plate assembly 5 and the card ejection mechanism 4 from falling off; and then installs the second body 2 on the first body. 1. In addition, the mouth of the first side wall 丄 1 and the second side wall 丄 2 of the first body 1 is provided with a tooth hole 101, and the second side of the second body 2 is provided with a second perforation 201. The electronic card connector includes a fixing element 8 5. The fixing element 8 5 has a body portion 8 5 1, a hook portion 8 5 2, and a too much connection portion 8 5 3. The main body portion 8 5 1 is positioned in the first perforation 101 and the delta hole 1 001, and the hook portion 8 5 2 is hooked on the 12th M273875 main body 2 and the welding portion 8 5 3 protrudes from the first body 丄 for connecting to the circuit board 9. In this way, the insulating body 3 is stabilized on the circuit board 9. Please refer to Figures 7A to 7C, and also to Figures 6 to 6 at the same time. When the first electronic card 8 1 is inserted in the first _ plug two workshop 1 0 When inside, the first electronic card 8 touches the first guide surface 〇1, so that the stop element 62 is moved up to the second card space 20, preventing other electronic cards from being inserted in the first Two card spaces within 20. The front edge of the daughter card 81 pushes the first push of the slider assembly 5 = i, so that the slider assembly 5 moves inward and drives the card ejection mechanism 4 to move: the guide rod 4 of the card mechanism 4 is positioned At the positioning point of the trajectory curve slot 2, the first electronic card 8 i arrives at the> -terminal group 7 χ. When the first electronic 连接 η is connected to the Η 士 廿, the Japanese electronic card 8 1 is pushed down inward again, the guide rod 4 3 of the u branch 4 is disengaged from the track curve groove 4 1 2 white,疋 position point 'and the sliding member 4 丨 is pushed outward by the elastic member 42. The sliding member 41 drives the slider assembly 5 to push the first electronic card to the pushing member 521 to push the first electronic card. Card 81 is read to withdraw from the first to the second: see the eighth A to eighth C, and refer to the same-Figure = when: the second electronic card 8 2 is inserted in the second card? %, The first electronic card 8 2 touches the second guide surface 6 2, so that the blocking element 62 is moved down to the first card space, preventing other electronic cards from being inserted into the female card. The scholar β t is inserted into the card space 10 of the brother. The four edges of the second electric device 1 push the second pushing portion 5 i ′ of the slide plate assembly 5 to move the slide plate assembly 5 inward and drive the card ejection mechanism 4 to move. 13 M273875 Tian λ j card disassembly 4 The guide rod 4 3 is positioned at the trajectory curve slot 4 1 f ^ = location day guard, 5 Hai the second electronic card 8 2 is positioned to electrically connect the = 1 terminal group 72. When the second electronic card 8 2 is pushed down inward again, the guide rod 4 3 of the card withdrawal mechanism 4 is released from the positioning point of the track curve groove 4 1 2 and the sliding is pushed by the elastic member 4 2 Piece 4 1 outwards. The moving member 41 drives the slider assembly 5 to move outward, so that the second pushing portion 5 1 2 pushes the front edge of the second electronic card 8 2 to exit the second card space 2 00—called 4 Read the ninth diagrams A to n c and refer to the first circle ^ as shown in the sixth diagram. When the third electronic card 83 is inserted into the first card space 10, the first electronic card 83 The three electronic cards 8 3 touch the third guide surface 6 2 3 ′ to move the blocking member 62 to the second card space 2 to prevent other electronic cards from being inserted into the second card. Within space 〇. The front edge of the third electronic card 8 3 pushes the third pushing portion 5 2 3 of the slide plate assembly 5 to move the slide plate assembly 5 inward and drive the card ejection mechanism 4 to move. When the guide bar 43 of the card ejection mechanism 4 is positioned at the positioning point of the track curve slot 4a, the third electronic card 83 is positioned to electrically connect the three-terminal group 73. When the third electronic card 8 3 is pushed down inward again, the guide bar 4 3 of the card ejection mechanism 4 is disengaged from the positioning point of the trajectory curve slot 4 and 2 and the sliding is pushed by the elastic member 4 2 Piece 4 ^ outwards reset.忒 The sliding member 41 drives the slider assembly 5 to move outward, so that the second pushing portion 5 2 3 pushes the leading edge of the third electronic card 8 3 to retract a card insertion space 10. Please refer to the tenth diagrams A to ten c, and also the first to sixth diagrams' when the fourth electronic card 8 4 is inserted into the first plug ^ 14 M273875 space 10 The page of the fourth electronic card 84τ touches the fourth guide 4 'to move the stop element 62 to the second card space 2 to prevent other electronic cards from being inserted into the second card space 2 〇 Within. The front edge of the second daughter card 84 pushes the fourth pushing part 5 of the slide plate assembly 5 to move the slide plate assembly 5 inward and drives the card ejection mechanism 4 to move. The guide rod 4 3 of the card mechanism 4 is located in the trajectory curve slot 4 丄 =: ‘,: the first: the electronic card 84 arrives at the position to electrically connect the ^ four sub-groups 74. When the fourth electronic card 84 is pulled inwardly again by the guide rod 4 3 out of the trajectory curve groove 412, it is pushed by the elastic member 4 2 to move the slider 4 in the direction of work = bone = 41. The slider assembly 5 moves outward, so that the fourth one! Fpf pushes the leading edge of the fourth electronic card 84 to exit the first card space 1 〇 ^^ [creative features and advantages] Point: Yes, through The electronic card connector of this creation has the following special features, the card mechanism links the slide plate assembly, and the first pushing part and the pushing part are respectively located in the first card space and the second card space. For the push card ratio of the first electronic card and the like and the second electronic card, respectively, t = the electronic 2 in the first slot or the second card space is easily ejected, so the user As long as the electronic card is pressed down, the collar moon dagger will easily withdraw it from the insulating body. Then, as mentioned above, this creation is fully in line with the new type of wealth. Please, please check it carefully and ask for an early patent grant. ^ Feeling the rights of the early creator. If the Bureau ’s expensive review committee has any 15 M273875 Suspicious, please do not hesitate to write instructions. However, the above are only detailed descriptions and diagrams of the examples of this creation, which are used in Asia and Africa to restrict the features of this creation and this creation. In general, the knowledgeable person's modification or variation along the creation of this creation should be included in the patent scope of this creation. [Special description of the diagram] The first picture is a picture of the electronic card connector installed in this creation. The first view of the wide road board is a perspective view of the first view. ^ Three pictures are partial three-dimensional exploded views of the original electronic card connector. The fourth diagram is a schematic view from another angle of the second diagram. ^ Figure exploded perspective view of the H part of the electronic card connector. The eighth figure is another schematic view of the fifth figure. Figure 7A is a side view of the first electronic card pushing up the board assembly. _Sliding of the electronic card connector Figure 7B is a perspective view of Figure 7a. The seventh diagram C is a front view of a first electronic card inserted into ^ ^ ^ ^ ^ ^ ^ ^ ^. The exhaustion of the electronic card connector Figure 8A is a side view of a second electronic card pushing the original board assembly. τ 卞 Connection benefit sliding Figure 8B is a perspective view of Figure 8a. Figure 8C is a front view of a second electronic card inserted into the notebook. Duo Electronic Card Connector Di Jiu A Picture Series-The third electronic card is a side view of the slide 16 M273875 board assembly of this electronic card connector. The ninth diagram B is a perspective view of the ninth diagram A. Brother Nine C picture is a front view of a brother two electronic card inserted into this creative electronic card connection. The tenth A picture is a side view of a fourth electronic card pushing the creative electronic card connected to the cryboard assembly. ^ Figure 10B is a perspective view of Figure 10A. The tenth figure C is a front view of a fourth electronic card inserted into the person. ] As an electronic card connector [Description of the main component symbols] [This creation] The first body 1 The first card space 10 The first perforated first side wall 11 The receiving groove second side wall 12 The slot card slot 14 The positioning of the bump Hole 15 1 Insert hole body 2 Second card space 2 0 Second perforated card block 2 4 Notch positioning block 2 5 1 Insulated body 3 Socket 3 0 Card ejection mechanism 4 10 11 12 15 16 2 0 2 5 17 M273875 Slider track curve groove guide rod movable end skateboard block-like skateboard first pushing part third pushing part pressure plate assembly elastic foolproof member insert piece front sheet bead first guide surface second guide surface first Terminal group Third terminal group First electronic card Third electronic card fixing element Hooking part Circuit board slot 4 11 2 Elastic member 42 Pivot end 431 2 1 Guide block 502 Pushing element 5 2 1 Second pushing part 512 3 Fourth pushing part 514 Pressure plate 6 1 1 Rear pressure piece 612 3 Elastic arm 614 5 Stop element 62 1 Second guide surface 622 3 Fourth guide surface 624 Second terminal group 72 Fourth terminal group 74 Second Electronic card 8 2 Fourth electronic card 84 Body portion 851 2 Welding portion 853 18