M283383 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種電子卡連接器，尤指一種可將電子卡 之後緣穩固定位之電子卡連接器。 【先前技術】 • 按，由於現今科技的發達，電腦及電子相關產品的發展 趨勢亦朝功能強、速度快、體積小、配件多及具有可擴充性 的功能之方向邁進，而為了擴充連接及增加記憶容量等因 素，使得連接器成為不可或缺之必備元件，並且為因應輕、 薄、短、小的趨勢，該等連接器便需隨之大幅縮小，且當零 組件的體積愈來愈微小時，於製造組裝上相對也會更加的困 • 難，因此要如何再節省連接器之佔用空間、增加固持穩定性 及組裝方便迅速’以魏小連接驗積、降低整體製造生產 成本及保持電性連接時的觸穩定，乃是目前料上相當重 要的問題。 白用之插卡連接㈣參閱第七圖所示，其係於—電路板 A上》又置有-絕緣座體B，魏緣座㈣並穿对可供電性 連接之複數導電端子B1，及設有可供電子卡（圖中未示） 5 M283383 插設之插槽B 2，並於絕緣座體B二側延伸有相互平行之固 疋煮B 3，且固定臂b 3外側及下緣延伸出一側凸部b 4， 再於固定臂B 3前端-側凸設-凸扣b 5，如此，當電子卡 於插入於絕緣座體B之插槽B 2後，即可藉由固定臂B 3前 立而一側之凸扣B 5卡抵於電子卡的二側邊，進而達到固持電 子卡的目的。 然而此種結構設計，由於固定臂B 3外侧及下緣之侧凸 部B 4必須與固定臂b 3保持—斜角間距，使得製程難度提 同’並且固定臂B 3僅依靠其凸扣B 5來蚊電子卡，因此 抵持力明顯不^，很容易因外力震動而造成電子卡脫離的情 形產生，再者，絕緣座體B為於二侧延伸固定臂b 3，固定 臂B3再延伸&凸部B4及凸扣B5，因此使得整個結構體 積較大，所以生產製造絕緣座體B的模具相對也較大，同一 時間所產出的數量也相對減少，導致製造生產成本的增加 〇 為此，有業者提出另-制卡片連接器之申請，請參閱 第八圖所示，此種卡片連接器的固定方式，係直接於電子卡 C所預設的穿孔c1上，穿設複數螺絲D，藉由螺勒而將 電子卡C的後緣鎖固於電路板E上，即可達到固定電子卡c 6 M283383 、的’、、、;而，此種方式雖然可直接以螺絲〇取代須另外製 把口疋衣置之成本’但是此種軸方式必須搭配手工具（例 如螺絲起子）才能將電子卡c鎖固於電路板£上，導致使 用上的不便’且當欲將電子卡路板㈣下更換不同型 式之電子卡C時’由螺絲〇鎖固的電子卡c則無法輕易取 出’也必須藉由手工具將各個螺絲D分別從電子卡c上脫 離，才能_更換電子卡C的目的，所⑽造成絲及拆卸 更換時的不方便。 ★因此，又有#者提出又-制插卡連接器之申請，請參 閱第九圖所示，制之插卡連接H為侧卡掣部FEI定-電 子卡，該卡掣部？為金屬片沖壓f折而成，其係於架體兩側 向外斜向延伸出卡掣彈片F1，該卡掣彈片F丄之内面並延 设:對呈對稱狀之扣合件F 2，該扣合件F 2底部係延伸一 可疋位於電路板（圖中未示）之卡榫F21，而卡榫F2丄 上方形成—定位柱F 2 2，並於卡榫F 21與定位柱F 2 2 之間凸設有一呈[形之搭接片F 2 3，使得電子卡可容置於 搭接片F 2 3上方，並抵止於卡掣彈片F1下方，以形成定 位狀恕；然而’此種卡掣部F因其結構設計複雜，因此不僅 沖壓彎折過程料，料造成製造生產時Μ率的增加，並 M2833-83 且，搭接片F 2 3及卡掣彈片F i厚 予度郡很溥，且為一體彎 折而成’因此在長期的使用下很容易啊產生型變，使得搭 接片F 2 3及卡掣彈片F i無法達到定位固持的功效，祕 導致電子卡脫離’而無法正轉輸贼，再者此種卡擎部F 整體結構複雜，因此會造成整體製造生產成本的增加。 是以，要如何解決上述之問題與缺失，即為從事此行業 • 之相關廠商所亟欲研究改善之方向所在者。 【新型内容】 故創作人有鑑於上述各項問題與缺失，乃搜集相關資 料，經由多方評估及考量，並以從事於此行t累積之多年經 驗’經由轉_及修改’始設計出此種電子卡連接器的新 型專利誕生者。 • 本創作電子卡連接器的目的，在於提供一種結構單純、 組裝便利且可穩固定位及延長使用壽命之電子卡連接器。 本創作電子卡連接器的再一目的，在於提供一種座體及 卡掣彈片分離式的設計，使得二者的體積都變小，以令製造 生產時的模具相對變小，因此可降低製造生產成本及增加產 置的電子卡連接器。 本創作係為一種電子卡連接器，主要結構包含插卡裝置 M283383 、複數座體及複數卡掣彈片，該彳卡 拖卞裝置及座體為固定於電 路板上方的相對二側’而於插卡裝置的—側設有可供電子卡 前緣之接觸端插設並形成電性連接之對接槽，該座體係供卡 掣彈片-髓設使兩者結合，且讀巾央凸設有定位肋，此 定位肋可供電子卡魏之穿孔套朗定，时轉片延設有 可供電子卡後緣置放的彈臂，且彈臂_折形成有可供電子 卡後緣之邊角卡人的抵持部，藉此達到結構單純、延長使用 壽命、組裝便利及穩固定位之功效者。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其 構造’兹_就本創作之較佳實施麟加朗其特徵與功能 如下，俾利完全瞭解。 請同時參閱第-、二、三及四圖所示，係為本創作之立 體分解圖、座體及卡掣彈片之立體分解圖、座體及卡掣彈片 之立體組合圖及本創作之立體外觀圖，由圖中可清楚看出， 本創作之插卡連接n係由插卡裝置i、複數座體2及複數卡 掣彈片3所組成，並且插卡裝置丄及複數定位裝置2為可固 定於電路板4上方相對二側，故就本案之主要結構特徵詳述 9 M283383 如后；其中： 雜卡裝置1絲置有複數導電軒丨丨，並於插卡農 置1的一側設有對接槽12。 —該座體2係具有-基部21，該基部21中央凸設有— 疋位肋2 1 1，且於基部2丨的表面—側穿财穿槽2 1 2 ，並且座體2係為塑膠材質。 # 該卡掣彈片3係具有一固定部31，於固定部3丄二側 凸設有突扣311 ’該固定部31朝電子卡5的方向並延設 有〔型之彈臂3 2，此彈臂3 2為可供電子卡5後緣之凹部 5 2置放，該料3 2並向上呈四十五度角f折延伸-抵持 2 1，且卡掣彈片3係為金屬材質。 藉由上述結構可知，本創作之座體2及卡掣彈片3於組 • 構時，係將卡掣彈片3之固定部31朝座體2基部2 i之穿 槽212穿入，以令卡掣彈片3之固定部3 2的突扣η 1 可牢牢的抵扣於賴2 1 2之内壁面，㈣成細的結合， 如此即完成座體2及卡掣彈片3之組構（如第三圖所示）， 並且固定部31末端係穿出於穿槽212之外，而可卡入於 電路板4上預設之槽孔4工，即可將座體2固定於電路板3 的上方，（在本實施例中係於電路板3上設置二個座體2及 M2833.83 二個卡掣彈片3)，而插卡裝置1則相對銲固於座體2之另 -側的電路板4表面，隨即完成本創作整體的組構（如第四 圖所示）。 再請參閱第五及六圖所示，係分別為本創作之使用狀態 參考圖-及使用狀態參考圖二，_中可清楚看出，一般電 子卡5前緣為具有綱端51，後緣的邊㈣分別形成凹部 52 ’此凹部52上並設有穿孔52 1，於使用時，係先將 電子卡5前緣之接_ 5 i斜插人插卡裝置i之對接槽丄2 内’再將電子卡5後緣向下壓，使得電子卡5後緣之穿孔5 2 1套設於基部2 1之定⑽2 1 1上，而將電子卡5限位 住’此時電子卡5後緣邊角並卡人彈臂3 2之抵持部3 21 内’即可將電子卡5錄_賴_定位，且可避免電子 卡5左右移動。 是以’本創作之電子卡連接器為具有如下之優點： ()本創作之座體2的結構相當單純且體積較小，故不僅 製造生產時的模具很好製作，製造的材料用量亦會相 對減少許多，而卡掣彈片3亦為一體弯折成形，製造 生產容易，因此可以有效降低製造生產成本。 (二）本創作於使用時，只需將電子卡5後緣下壓，即可令 M283383 電子卡5後緣之穿孔5 21套設於定位肋211上 ’後緣邊角則卡入於抵持部3 21内，如此即可輕易 的形成穩固的定位，進而達到使用便利及穩固定位之 功效。 (二）本創作之座體2及卡掣彈片3的嵌設方式，係利用卡 掣彈片3之固定部31插入於座體2之穿槽212 ，即可使突扣311抵扣於穿槽2丄2之内壁面，使 得兩者穩固的結合，因此於組裝上相當便利。 (四）卡掣彈片3之彈臂3 2為具有較長的長度，使得應力 可均勻分布於彈臂32上，因此可延長卡掣彈片3的 使用壽命。 上述詳細說明為針對本創作一種較佳之可行實施例說 明而已，惟該實施例並非用以限定本創作之申請專利範圍 ，凡其它未脫離本創作所揭示之技#精神下所完成之均等變 化與修飾變更’均應包含於補作所涵蓋之專利範圍中。 綜上所述，本創作之電子卡連接器於使用時具有顯著之 功效增進，誠符合新紐、創作性及進步性之專利要件，爱 紐提出帽’盼麵早日賜准本案，以保障創作人之辛 苦創作，倘若肖局有任何稽疑，請不吝來函指示，創作人 12 M283383 定當竭力配合，實感德便。 【圖式簡單說明】 第一圖 係為本創作之立體分解圖。 第二圖 係為本創作座體及卡掣彈片之立體分解圖。 第三圖 係為本創作座體及卡掣彈片之立體外觀圖。 p 第四圖 係為本創作之立體外觀圖。 第五圖 係為本創作之使用狀態參考圖一。 第六圖 係為本創作之使用狀態參考圖二。 第七圖 係為習用插卡連接器之立體外觀圖。 第八圖 係為另一習用插卡連接器之俯視圖。 第九圖 係為又一習用插卡連接器的卡掣部之立體外觀 圖。 【元件符號說明】 1、 插卡裝置 1 1、導電端子 12、對接槽 2、 座體 21、基部 13 M283383 21 1、定位肋 3、 卡掣彈片 31 1、突扣 3 21、抵持部 4、 電路板 5、 電子卡 5 2、凹部 A、 電路板 B、 絕緣座體 B 2、插槽 B 4、凸部 C、 電子卡 1 2、穿槽 31、固定部 3 2、彈臂 4 1、槽孔 51、接觸端 2 1、穿孔 B1、導電端子 B 3、固定臂 B 5、凸扣 C 1、穿孔 D、螺絲 14 M283383 E、電路板 F、卡掣部 F 2、扣合件 F 2 2、定位柱 F 1、卡掣彈片 F 21、卡榫 F 2 3、搭接片M283383 8. Description of the new type: [Technical field to which the new type belongs] This creation is to provide an electronic card connector, especially an electronic card connector that can securely fix the trailing edge of the electronic card. [Previous technology] • Due to the development of today's technology, the development trend of computers and electronics-related products is also moving towards strong functions, fast speeds, small size, many accessories and expandable functions. In order to expand the connection and Factors such as increased memory capacity make connectors an indispensable component, and in response to the trend of lightness, thinness, shortness, and smallness, these connectors need to be significantly reduced accordingly, and as the volume of components becomes more and more Micro-hours, it will be more difficult and difficult to manufacture and assemble, so how to save connector space, increase retention stability, and facilitate assembly quickly? Check the connection with Wei Xiao, reduce the overall manufacturing production cost and maintain Contact stability during electrical connection is a very important issue at present. The white card connection is shown in the seventh figure. It is attached to the circuit board A, and is also provided with an insulating base B, and Wei Yuan is seated and is connected to a plurality of conductive terminals B1 which can be connected to the power supply, and Equipped with an electronic card (not shown) 5 M283383 slot B 2 to be inserted, and the two sides of the insulating base B extending parallel to each other, and the outer and lower edges of the fixed arm b 3 The convex part b 4 on one side is extended, and the convex end of the fixed arm B 3 is provided with a convex buckle b 5. In this way, when the electronic card is inserted into the slot B 2 of the insulating base B, it can be fixed by The convex buckle B 5 on the front of the arm B 3 and one side abuts against the two sides of the electronic card, thereby achieving the purpose of holding the electronic card. However, with this structural design, since the convex portion B 4 on the outer side and the lower edge of the fixed arm B 3 must be kept at an oblique angle with the fixed arm b 3, the process difficulty is the same, and the fixed arm B 3 only depends on its convex buckle B. 5 mosquito electronic card, so the resistance is obviously not ^, it is easy to cause the situation of the electronic card detachment due to external force vibration, in addition, the insulating base B extends the fixed arm b 3 on both sides, and the fixed arm B 3 extends again & The convex part B4 and the convex buckle B5 make the entire structure larger, so the mold for manufacturing the insulating seat B is relatively large, and the quantity produced at the same time is relatively reduced, resulting in an increase in manufacturing production costs. For this reason, some companies have applied for another card connector. Please refer to the eighth figure. The fixing method of this card connector is directly on the through hole c1 preset by the electronic card C, and a plurality of screws are worn. D, by screwing the rear edge of the electronic card C to the circuit board E, the electronic card c 6 M283383, ',,, can be fixed; however, although this method can be directly replaced by a screw 〇 The cost of placing the mouthpiece must be made separately ' This type of shaft method must be combined with a hand tool (such as a screwdriver) to lock the electronic card c on the circuit board, resulting in inconvenience in use. And when the electronic card circuit board is intended to be replaced, a different type of electronic card C is replaced. When 'the electronic card c locked by the screw 0 cannot be easily removed', each screw D must be detached from the electronic card c by a hand tool, in order to _replace the electronic card C, the resulting wire, disassembly and replacement Inconvenient. ★ Therefore, another #person filed an application for a card connector. Please refer to the ninth figure. The card connection H is a side card detent FEI-electronic card. The metal sheet is punched and folded by f. It is formed on the two sides of the frame body to obliquely extend outward from the latch spring piece F1. The latch spring piece F 丄 has an inner surface and is extended: a symmetrical fastener F 2, The bottom of the fastener F 2 is a tenon F21 which can be located on a circuit board (not shown in the figure), and the tenon F2 形成 is formed above the positioning post F 2 2, and the tenon F 21 and the positioning post F There is a [shaped overlapping piece F 2 3 protruding between 2 2, so that the electronic card can be accommodated above the overlapping piece F 2 3 and stop under the latching elastic piece F1 to form a positioning shape; however 'This kind of latching part F has a complicated structural design, so it not only presses and bends the process material, but it also causes an increase in the M rate during manufacturing, and M2833-83, and the overlap piece F 2 3 and the latch spring F i are thick. Ito-gun is very sloppy, and it is made of one piece. Therefore, it is easy to produce deformation under long-term use, making the bonding piece F 2 3 and the snap spring F i unable to achieve the positioning and holding effect. The card can't be transferred to the thief. Furthermore, the overall structure of this card engine F is complicated, which will increase the overall manufacturing cost. Therefore, how to solve the above problems and shortcomings is where the relevant manufacturers engaged in this industry are eager to study the improvement direction. [New content] Therefore, in view of the above problems and deficiencies, the creator collected relevant information, evaluated and considered from various parties, and designed this kind of experience through the years of experience accumulated in this trip 'through transfer and modification'. The birth of a new patent for electronic card connectors. • The purpose of this electronic card connector is to provide an electronic card connector with simple structure, convenient assembly, stable positioning and extended service life. Another purpose of this creative electronic card connector is to provide a separate design of the seat body and the latch spring, so that the volume of both is reduced, so that the mold during manufacturing is relatively small, so the manufacturing production can be reduced. Cost and increased production of electronic card connectors. This creation is an electronic card connector. The main structure includes a card insertion device M283383, a plurality of bases and a plurality of card latches. The card dragging device and the base are fixed on the opposite two sides above the circuit board, and are inserted in On the side of the card device, there is a docking slot for inserting the contact end of the leading edge of the electronic card and forming an electrical connection. The seat system is provided with a latch spring sheet-medium to combine the two, and the central position of the reading towel is positioned. Rib, this positioning rib can be used to fix the perforated sleeve of the electronic card, the spring piece is extended with a spring arm for the rear edge of the electronic card, and the spring arm _ is folded to form a corner for the rear edge of the electronic card The card holder's resisting part can achieve the functions of simple structure, extended service life, convenient assembly and stable positioning. [Embodiment] In order to achieve the above-mentioned purpose and effect, the technical means and structure used in this creation are hereby. As for the best implementation of this creation, Ling Jialang's features and functions are as follows, and he fully understands it. Please refer to Figures-2, 2, 3, and 4 at the same time, which are three-dimensional exploded views of this creation, three-dimensional exploded views of the base and the snap springs, three-dimensional combined views of the base and the snap springs, and three-dimensional views of this creation Appearance, as can be clearly seen from the figure, the card connection n of this creation is composed of a card insertion device i, a plurality of bases 2 and a plurality of card latching springs 3, and the card insertion device 丄 and the plurality of positioning devices 2 can be It is fixed on the opposite two sides above the circuit board 4, so the main structural features of this case are detailed 9 M283383 as follows; Among them: The miscellaneous card device 1 is provided with a plurality of conductive conductive wires, and is provided on one side of the card farming device 1. Butt slot 12. —The base 2 has a base 21, and the center of the base 21 is convexly provided with—anchor ribs 2 1 1 and on the surface of the base 2—through the wealth passage groove 2 1 2 and the base 2 is made of plastic Material. # The latching spring piece 3 has a fixing portion 31, and a protruding buckle 311 is convexly protruded on both sides of the fixing portion 3 ′. The fixing portion 31 is in the direction of the electronic card 5 and is extended with a [type spring arm 3 2, this The spring arm 32 is a recess 52 for the rear edge of the electronic card 5. The material 32 extends upward at a forty-five-degree angle f-folding to resist 21, and the latch spring 3 is made of metal. From the above structure, it can be known that when the base body 2 and the latch spring 3 of this creation are assembled, the fixing portion 31 of the latch spring 3 is inserted into the slot 212 of the base 2 i of the base 2 to make the card The protrusion η 1 of the fixing part 3 2 of the elastic piece 3 can be firmly abutted against the inner wall surface of Lai 2 1 2 to form a thin combination. In this way, the structure of the base 2 and the elastic piece 3 (such as (As shown in the third figure), and the end of the fixing portion 31 is penetrated out of the through slot 212, and can be snapped into a preset slot 4 on the circuit board 4 to fix the base 2 to the circuit board 3 (In this embodiment, two bases 2 and M2833.83 two latching springs 3 are arranged on the circuit board 3), and the card insertion device 1 is relatively soldered to the other side of the base 2 On the surface of the circuit board 4, the overall composition of this creation is completed (as shown in the fourth picture). Please refer to the fifth and sixth illustrations, which are the reference diagrams of the use status of this creation-and the reference diagram of the use status, respectively. As can be clearly seen in the figure, the leading edge of the general electronic card 5 has the end 51 and the trailing edge. The side edges of the recesses 52 respectively form a recessed portion 52 'This recessed portion 52 is provided with a perforation 52 1. In use, the front edge of the electronic card 5 is first connected _ 5 i into the slot 丄 2 of the card insertion device i' Then press down the rear edge of the electronic card 5 so that the perforation 5 2 1 of the rear edge of the electronic card 5 is set on the base 2 1 of the base 2 1, and the electronic card 5 is limited. The edges and corners of the electronic card 5 can be positioned within the resisting portion 3 21 of the spring arm 32, and the electronic card 5 can be positioned, and the electronic card 5 can be prevented from moving left and right. The electronic card connector of this creation has the following advantages: () The structure of the seat body 2 of this creation is quite simple and small in size, so not only the mold during manufacturing is well made, but the amount of material used will also be Relatively many are reduced, and the latching elastic piece 3 is also integrally bent and formed, which is easy to manufacture and produce, and therefore can effectively reduce manufacturing and production costs. (2) When this creation is used, simply push down the rear edge of the electronic card 5 to make the perforation 5 21 of the rear edge of the M283383 electronic card 5 set on the positioning rib 211. In the holding portion 3 21, a stable positioning can be easily formed in this way, thereby achieving the effects of convenience and stable positioning. (2) The embedding method of the seat body 2 and the snap spring 3 in this creation is to use the fixing portion 31 of the snap spring 3 to be inserted into the through groove 212 of the base 2, so that the protruding buckle 311 can be deducted from the through groove. The inner wall surface of 2 丄 2 makes the two firmly combined, so it is quite convenient for assembly. (4) The spring arm 32 of the latch spring 3 has a long length, so that the stress can be evenly distributed on the spring arm 32, so the service life of the latch spring 3 can be extended. The above detailed description is only a description of a preferred and feasible embodiment of this creation, but this embodiment is not intended to limit the scope of the patent application for this creation. All other equivalent changes and changes made under the spirit of the technique ## disclosed in this creation are not limited. Modifications shall be included in the scope of the patent covered by the supplement. In summary, the electronic card connector of this creation has a significant enhancement in use when in use, and is in line with the patent requirements of new, creative and progressive. Ai Nuo proposed the cap 'Look forward to granting this case as soon as possible to protect the creation Human hard work, if there is any suspicion in Xiao Bureau, please do not hesitate to write the instructions, the creator 12 M283383 must cooperate with every effort, it is a sense of virtue. [Schematic description] The first picture is a three-dimensional exploded view of this creation. The second picture is an exploded perspective view of the creative base and the snap spring. The third picture is the three-dimensional appearance view of the creative base and the snap spring. p The fourth picture is the three-dimensional appearance of this creation. The fifth picture refers to the first picture of the use status of this creation. The sixth picture refers to the second picture of the use status of this creation. The seventh figure is a perspective view of a conventional card connector. The eighth figure is a top view of another conventional card connector. The ninth figure is a three-dimensional appearance view of a latching portion of another conventional card connector. [Explanation of component symbols] 1. Card insertion device 1 1. Conductive terminal 12, Docking slot 2, Base 21, Base 13 M283383 21 1. Locating rib 3, Detent spring 31, Protrusion 3 21, Resisting part 4 , Circuit board 5, electronic card 5 2, concave part A, circuit board B, insulating base B 2, slot B 4, convex part C, electronic card 1 2, slot 31, fixing part 3 2, spring arm 4 1 Slot hole 51, contact end 2 1. Perforation B1, conductive terminal B 3, fixed arm B 5, convex buckle C 1, perforation D, screw 14 M283383 E, circuit board F, latching part F 2, fastening piece F 2 2.Positioning post F 1.Flip spring 21, Flange F 2 3.Lapping piece
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