M364301 ' 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電子卡連接器，尤其涉及一種結構簡單 之電子卡連接器。 【先前技術】 電子產品之高速發展，應用於電子產品之電子卡連接哭利 用越來越多，電子卡之類型相應越來越多。眾所周知，習知之M364301 ' V. New description: [New technical field] This creation is about an electronic card connector, especially an electronic card connector with a simple structure. [Prior Art] The rapid development of electronic products, the use of electronic card connections for electronic products, crying more and more, the types of electronic cards are correspondingly more and more. As we all know, conventional
電子卡如 SD 卡（Secure Digital Memory Card)、XD 卡 (XD-Picture Card)、MS 卡（Memory Stick Card)等，該等電子卡 兩側之結構相對稱，電子卡對應之電子卡連接器插接槽亦相應 相對稱。然而，隨著科學技術之發展，電子卡亦不 二 市場上逐—現有與習知電子卡規格不同之電子卡。是^有 必要設計一種電子卡連接器以適應新電子卡的規格。 【新型内容】 種用以阻止兩側相對稱 本創作之主要目的在於提供 電子卡插人之電子卡連接器。Electronic cards such as SD card (Secure Digital Memory Card), XD card (XD-Picture Card), MS card (Memory Stick Card), etc., the structures on both sides of the electronic card are symmetrical, and the electronic card connector corresponding to the electronic card is inserted. The slots are also symmetrical. However, with the development of science and technology, the electronic card is not the same as the existing electronic card with different specifications of the conventional electronic card. Yes ^ It is necessary to design an electronic card connector to adapt to the specifications of the new electronic card. [New content] The main purpose of this type of paper to prevent the relative symmetry of the two sides is to provide an electronic card connector for electronic card insertion.
接器=2:=2術方案達成的:-種電子卡連 子，係設於絕緣；^其。括.絕緣本體；以及複數導電端 接口向内側凹設之:上二電子卡連接器設有插接口、自插 插入之第一、第—槽及圍。又於插接口兩側用以導引電子卡 對稱，用以阻止^部’其中’所述第―、第二側部結構不相 本創c對稱之電子卡插入。 連接器，β以插可稽以如下技術方案達成的：-種電子卡 及自插接口向内匈子卡，其包括.絕緣本體，係設有插接口 電子卡插入之第〜四，之插槽，插接口兩側分別設有用以導引 絕緣本體上用以輿畲第二導引槽；以及複數導電端子，係設於 引槽的厚度不相/同 ' 子卡形成電性連接；其中，第一、第二導 相較於習知#也用以阻止兩側緣相對稱的電子卡插入。 術，本創作具有如下增進功致：藉由第一、 3 M364301 第二侧部結構不對稱或第„、第 阻止兩側相對稱之電子卡插入，㈣弓1槽居度不相同’達成了 接，龙且該電子卡連接器結構簡單=了電子卡連接器的電路連 【實施方式】 所述電子卡2〇〇包括低部2〇1及自低部2 ^ ， 高部202具有向左右兩侧橫向㈣超出低部2()_m 203、204,第一凸出部2〇3fc卜筮-几山加， 出口1 之替1»寬产及η 一凸出°P 〇4厚。電子卡200與阳卡 之整體見度及厚度大致相同，SD卡頂部兩側的凸 電子卡的第-凸出部203 * SD卡頂部兩侧的一 = 部204比SD卡的凸出部薄。 ^斤乐一ϋ出 :緣本體1包括基部10、分別自基部1〇左右兩端向前延伸之第 -、弟-側部1卜12及連接於基部1G、第—、第二側部η、12之間 之底部13。絕緣本體1前端形成有位於第―、第二側部η、η之間 插接口 14,自插接口 14向内凹設有位於基部1〇、第_、第二側 、 及=13之間的插槽15。基部10與底部13上分別開設有與插槽 is相連通之複數端子收容槽⑻、⑶。第一側部u於插接口 14兩側 設有成階梯狀的第-支持面U1、第一台階面112，第二侧部u於插 口 14兩側設有成階梯狀的第二支持面121、第二台_ 122，第一、 第二支持面111、121位於同-高度並與插槽15的絲平齊 面m低於第二台階面122，第一、第二支持面⑴、⑵用以^電 子卡200低部201底面’第-、第二台階面112、122分別用以支樓第 一、第二凸出部203、204。第一側部η設有連接於第—支持面⑴盘 台階面m之間的垂直第-夹持面113，第二侧部12設有連胁 第—支持面121與第二台階面122之間的垂直第二失持面123，第一夾 持面113的向上延伸高度比第二夾持面122低，第—、第二夾持面η]、 123用以夹持電子卡200低部201兩側緣。 M364301 第-側部11設有位於第一台階面112與遮蔽殼體5之間的第一導 引=m ’用以收容及導引第—凸出部2〇3，第二側部12設有形成於第 一口 1¾面122與遮蔽设體5之間的第二導引槽125，用以收容及導引第 出204 ’第-導引槽115厚度等於或略大於第一凸出部加，第 -導^槽125厚度等於或略大於第二凸出部2〇4，第一導引槽ιΐ5厚度 士於第—V引槽125。當SD卡插入時，由於SD卡凸出部的厚度大於 弟:凸出^⑽即第二導引槽⑵’因此犯卡進入不了第二導引槽⑵ 而被第二側部12前端面12〇阻擋進入插接口 Μ，從而防止了犯卡與 電子卡連接$ 100產生麵確連接而魏對應電路。 綜上所述，絕緣本體！於圍設於插接口 14兩側的第―、第二側部 誓1狡12 ’電子卡200與第一、第二側部11、12相對應之兩側結構亦不 /、’因此該電子卡200能經過插接口 14順利插入插槽15内而兩 i缘、π構相對稱之SD卡會被第一、第二侧部^、12阻止進入插接口 14内。 A第-側部11後側還設有用以固定開關4之固定槽(未圖示），第二 側部12凹設有與插接α 14相鄰的組裝槽126，用以組裝退卡機構3。 導電端子2分別收容於對應端子收容槽1〇1、131内，並延伸入插 f15用以與電子卡200電性連接及延伸出絕緣本體1用以焊接於電路 板上。 退卡機構3包括滑塊3卜驅動滑塊31移動之彈簧32、定位滑塊 ”絕緣本體1相對位置的導桿33及_於滑塊31關並凸伸入插 2内的彈片34，滑塊31設有心型槽3„及凸伸入插槽15内用以推 子卡200向外側移動之抵接部312，彈簧32 —端抵壓於組裝槽126 二壁上，相對之另—端減於馳M上導桿m端賴於心 曰311内移動’另—端樞接於絕緣本體1上，彈片34用以抵壓電子 卞200的側緣以保證電子卡與導電端子2之間的連接穩定性。 開關4包括固定端子41及位於固定端子41内侧並凸伸入插槽15 的可動端子42 ’當電子卡獅插入時，推動可動端子42與固定端子 41接觸，從而實現偵測功能。 遮蔽/λ體5包括頂壁及自頂壁兩端向下彎折延伸之兩側壁 5 M3 643 01 '第二導引槽115、125分形成於第—1^與頂壁51之間，第 51之間，插槽15形成於絕緣本體i底部13;;貝壁='22與頂壁 综上所述，本創作符合新型專利要件， 3 以上所述者僅為本創作之較佳實施例，本創作^出專==施 例為限，舉凡熟習本案技藝之人士援依本_ 或變化，皆應涵蓋於以下申請專利範圍内。卿所作之欠修飾 【圖式簡單說明】 第-圖係本創作電子卡i%接器之立體組合圖。 第二圖係本創作電子卡連接器與電子卡之示音圖 連接器絕緣本體與遮“體㈣^ 第四圖係本創作電子卡連接器之立體分解圖。 第五圖係本創作電子卡連㈣之另_角度之立體分解圖。 【主要元件符號說明】 電子卡連接器 100 基部 10 第一側部 11 第一台階面 112 第一導引槽 115 第二支持面 121 第二夾持面 123 組裝槽 126 插接口 14 導電端子 2 滑塊 31 抵接部 312 導桿 33 開關 4 可動端子 42 絕緣本體 1 端子收容槽 101 第一支持面 111 第一夹持面 113 第二側部 12 第二台階面 122 第二導引槽 125 底部 13 插槽 15 退卡機構 3 心型槽 311 彈簧 32 彈片 34 固定端子 41 遮蔽殼體 5Adapter = 2: = 2 achieved by the program: - an electronic card connector, is set in insulation; ^ its. Insulation body; and a plurality of conductive end interfaces are recessed inwardly: the upper two electronic card connectors are provided with a plug interface, a first insertion slot, and a slot. Further, the two sides of the plug-in interface are used to guide the electronic card symmetry to prevent the electronic card from being inserted into the symmetrical portion of the first and second side structures. The connector, β is achieved by the following technical solutions: - an electronic card and a self-inserting interface to the inner Hungarian card, which includes an insulative body, which is provided with a plug-in interface electronic card insertion of the fourth to fourth a slot, the two sides of the plug-in interface are respectively configured to guide the second guiding slot on the insulative housing; and the plurality of conductive terminals are disposed on the slot, and the thickness of the slot is not in phase with the same sub-card to form an electrical connection; The first and second guiding phases are also used to prevent the electronic card insertion of the opposite sides from being symmetrical. The creation has the following enhancements: by the first, 3 M364301 second side structure asymmetry or the first „, the first blocking the opposite side of the electronic card insertion, (four) the bow 1 slot is not the same 'achieved The structure of the electronic card connector is simple = the circuit of the electronic card connector is connected. [The embodiment] The electronic card 2 includes the lower part 2〇1 and the lower part 2^, and the high part 202 has the left side The lateral direction (4) on both sides exceeds the lower part 2()_m 203, 204, the first protrusion 2〇3fc divination - several mountains plus, the outlet 1 is 1" wide and η is convex °P 〇4 thick. The overall visibility and thickness of the 200 and the male card are substantially the same, and the first protruding portion 203 of the convex electronic card on both sides of the top of the SD card is thinner than the convex portion of the SD card at the top of the SD card. The plunging body 1 includes a base portion 10, a first-, a younger-side portion 1b extending from the left and right ends of the base portion, and a base portion 1G, a first portion, a second side portion η, The bottom portion 13 between the two ends 13. The front end of the insulative housing 1 is formed with an insertion interface 14 between the first and second side portions η and η, and the self-insertion interface 14 is recessed inwardly at the base portion 1〇 a slot 15 between the first _, the second side, and the = 13. The base 10 and the bottom portion 13 are respectively provided with a plurality of terminal receiving slots (8), (3) communicating with the slot is. The first side portion u is connected to the socket 14 a stepped first support surface U1 and a first step surface 112 are disposed on both sides, and the second side portion u is provided with a stepped second support surface 121 and a second stage _122 on both sides of the socket 14 The second support surfaces 111 and 121 are located at the same height and are flush with the wire of the slot 15 and are lower than the second step surface 122. The first and second support surfaces (1) and (2) are used for the lower part 201 of the electronic card 200. The bottom surface 'the first and second step surfaces 112 and 122 are respectively used for the first and second protrusions 203 and 204 of the branch. The first side portion η is provided between the step surface m of the first support surface (1). The vertical first clamping surface 113, the second side portion 12 is provided with a vertical second holding surface 123 between the first supporting surface 121 and the second step surface 122, and the upward extending height ratio of the first clamping surface 113 The second clamping surface 122 is low, and the first and second clamping surfaces η] and 123 are used for clamping the two sides of the lower portion 201 of the electronic card 200. The M364301 first side portion 11 is disposed on the first step surface 112 and shielded. shell The first guide between the bodies 5 = m ' for receiving and guiding the first protrusions 2 〇 3, and the second side portion 12 is formed between the first port 126 surface 122 and the shielding body 5 The second guiding groove 125 is configured to receive and guide the second exiting groove. The first guiding groove 115 has a thickness equal to or slightly larger than the first protruding portion. The first guiding groove 125 has a thickness equal to or slightly larger than the second protruding portion. The portion 2〇4, the first guiding groove ιΐ5 is thicker than the first-V guiding groove 125. When the SD card is inserted, since the thickness of the protruding portion of the SD card is larger than the brother: the protruding ^(10) is the second guiding groove (2)' Therefore, the card can not enter the second guiding slot (2) and is blocked by the front side surface 12 of the second side portion 12 into the plug interface Μ, thereby preventing the card from being connected to the electronic card connection $100 and the corresponding circuit. In summary, the insulation body! The two sides of the first and second side portions 11, 12 corresponding to the first and second side portions of the electronic interface 200 disposed on both sides of the insertion interface 14 are also not/, so the electronic The card 200 can be smoothly inserted into the slot 15 through the plug connector 14 and the SD card, which is symmetrical with respect to the two sides, is blocked by the first and second side portions 12 and 12 from entering the plug connector 14. A rear side of the first side portion 11 is further provided with a fixing groove (not shown) for fixing the switch 4, and the second side portion 12 is recessed with an assembly groove 126 adjacent to the insertion hole 14 for assembling the card ejecting mechanism. 3. The conductive terminals 2 are respectively received in the corresponding terminal receiving slots 〇1, 131, and extend into the socket f15 for electrically connecting to the electronic card 200 and extending out of the insulating body 1 for soldering to the circuit board. The card ejecting mechanism 3 includes a spring 32 for moving the slider 3 to drive the slider 31, a guiding rod 33 for positioning the relative position of the insulating body 1 and a spring 34 for the slider 31 to be closed and protruded into the insertion 2, sliding The block 31 is provided with a core groove 3 „ and an abutting portion 312 protruding into the slot 15 for the push card 200 to move outward. The end of the spring 32 is pressed against the two walls of the assembly slot 126, and the other end is opposite. The m end of the guide rod on the lowering M is moved in the inner side of the heart 311. The other end is pivotally connected to the insulative housing 1. The elastic piece 34 is used to press the side edge of the electronic crucible 200 to ensure the relationship between the electronic card and the conductive terminal 2. Connection stability. The switch 4 includes a fixed terminal 41 and a movable terminal 42' which is located inside the fixed terminal 41 and protrudes into the slot 15. When the electronic card lion is inserted, the movable terminal 42 is pushed into contact with the fixed terminal 41, thereby realizing the detecting function. The shielding/lambda body 5 includes a top wall and two side walls extending downward from both ends of the top wall. 5 M3 643 01 'The second guiding grooves 115 and 125 are formed between the first and the top walls 51, Between 51, the slot 15 is formed on the bottom portion 13 of the insulative body i;; the wall is =22 and the top wall is as described above, and the creation conforms to the novel patent requirement, and the above is only the preferred embodiment of the present invention. This creation is limited to the application of the == case, and those who are familiar with the skill of the case should be covered by the following patents. The under-modification made by Qing [Simplified illustration] The first-picture is a three-dimensional combination of the i% connector of the electronic card. The second figure is an exploded view of the electronic card connector of the present invention and the sound card connector of the electronic card, and the body of the electronic card connector. The fifth figure is the electronic card of the creation. An exploded perspective view of the other angles of the fourth element. [Description of the main components] The electronic card connector 100 base 10 The first side portion 11 The first step surface 112 The first guiding groove 115 The second supporting surface 121 The second clamping surface 123 Assembly slot 126 Plug connector 14 Conductor terminal 2 Slider 31 Abutment 312 Guide bar 33 Switch 4 Movable terminal 42 Insulating body 1 Terminal receiving slot 101 First support surface 111 First clamping surface 113 Second side 12 Second Step surface 122 Second guiding groove 125 Bottom 13 Slot 15 Retracting mechanism 3 Heart groove 311 Spring 32 Spring 34 Fixed terminal 41 Shielding housing 5
6 M364301 頂壁 51 側壁 52 電子卡 200 低部 201 高部 202 第一凸出部 203 第二凸出部 204 76 M364301 Top wall 51 Side wall 52 Electronic card 200 Lower part 201 High part 202 First protrusion 203 Second protrusion 204 7