M271272 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種&己丨思卡連接器，用以與記憶卡連接 以讀寫資料，尤指一種斜插式的記憶卡連接器。 【先前技術】 . 由於攜帶式電子產品的發展以及資料儲存空間的需求 .加大，已有許多的小型記憶卡被設計出來，並且朝著減少 體積及面積發展。目前小型記憶卡有如xD記憶卡脱 Digital Card)，或 miniSD記憶卡（mini Secure DigitalM271272 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a & think card connector, which is used to connect with a memory card to read and write data, especially a slanting type memory card connector. [Previous technology]. Due to the development of portable electronic products and the need for data storage space, there have been many small memory cards that have been designed, and they are moving towards reduced volume and area. At present, small memory cards such as xD memory card (Digital Card), or miniSD memory card (mini Secure Digital
Card)均適用於各種攜帶式電子產品，例如行動電話、數 位攝影機…等。 為著讀取記憶卡，先前技術有一種記憶卡連接器係以 -斜插方式的插入記憶卡，藉此可以省略記憶卡連接器的頂 殼而減少記憶卡連接器的體積及厚度。此種先前技術有如 ^告於西元年11⑽日的中華民國申請號⑽⑴蘭 .號專利’名稱為『miniSD記憶卡連接器』。請參照第一 圖，係為該先前技術之立體圖。該miniSD記憶卡連接器包 ' 括有一縱長狀的絕緣本體2〇a、一對夾持臂3〇a、及若干插 接端子40a係固置在該絕緣本體2〇a上；其中該絕緣本體 20a的左右兩側側壁223,2如各向外凸起一卡掣肋以壓住該 夾持臂30a ;兩側側壁22a，23a的外側面各形成一嵌置槽以 供該夾持臂30a嵌入（如圖中失持臂3(^虛線所示）；該對夾 持臂30a呈相對稱結構，各具有一狹長板體31&，該板體 31a的前段端部各設成呈錐面的止擋塊32&，而且該板體 5 M271272 31a的後& 33a係各自容置在絕緣本體施的兩侧侧壁 22a’ 23a的肷置槽内，該板體仏的前段端部則各自凸伸出 忒絕緣本體2〇a的兩側侧壁22a，23a。 然而上述先前技術具有下列的缺點·· 一二正確卸下記憶卡，應先將夾持臂30a向外扳開。 然而先前技術中該夾持臂3_固定方 容易脫落。再者，若使用者不慎直接:： =持:::並向一 ^ =、夾持臂3〇a呈外露狀，缺少保護措施。特別是不 t、過度刼作時，容易向外變形而損壞。 動，二卡連接器兩側需保留空間供夾持臂3〇a移 動^此外圍無法再設置其他機構，空間利用上有限。 疋以，由上可知，上述習知的記憶卡連接器， 應用二顯然具有不便與缺失存在，而可待加以改善：； 究並配二人有感上"!缺失之可改善’乃特潛心研 上、十m + 運用’終於提出—種設計合理且有效改盖 上述缺失之本創作。 另又d 【新型内容】 卡二目的係提種記憶卡連接器，供記憶 使夾持f置不1^人，亚域供穩固的記憶卡夾持震置， 壽^置不易變形及脫落，以延長記憶卡連接器的使用 本幻作之再—目的係提供_種記憶卡連接器，具有保 M271272 護記憶卡夾持裝置的設計，可以避免外物勾扯、撞擊或被 過度彎折。 本創作之另-目的係提供一種記憶卡連接器，進一步 可以提供記憶卡接地的功能。 為達上述之目的，本創作之記憶卡連接器係供一記憶 卡斜向插人’包括-絕緣殼體、複數端子、及—夹持裝 置。該絕緣殼體具有一底座、一本體係由該底座的一端凸 起、及一對侧壁係各由該底座的兩側向上凸起，且形成一 朝上的開放空間以收容該記憶卡，其中該本體具有一7插入 導板係由其頂端朝部份該開放空間凸出且形成一插样兮 複數端子純容於該本體内，每—端子具有—焊接^及二 接觸端，其中該接觸端延伸至該開放空間以電性接觸插入 後的，記憶卡；該夾持裝置包括有―固^板及—對連接於 該固定板兩側的扣合板係設於該絕緣殼體遠離該本體兩 侧以扣合插入後的該記憶卡。 “ 為達上述之另-目的，本創作之記憶卡連接器中 口 a板係各自向外形成一焊墊，該焊墊係固定於電 且電性連接於電路板上的接地電路。 曰餘配合圖式將本創作之較佳實施例詳細說明如下， 是此等說明僅係用來說明本創作，而非對本創作利= 圍作任何的限制。 利乾 【實施方式】 請參閱第二圖及第 圖 ’為本創作之記憶卡連接 器不 M271272 立體組合圖。本創作提供-種記憶卡連接器1係 疋· 1路板2上供—記憶卡斜向插入。本實施例乃是 士 =ni SD記憶卡為例（如第五圖所示的記憶卡40)，块而 =作的特徵同樣可制於其他的記憶卡。該記憶切接 L。要包括有—絕緣殼體10、魏端子20、及-失持裝 . :緣殼體10係具有一底座12、一本體14、及—對侧 • 二 該本體14係由該底㈣的-端凸起。該對側壁 15, 16係各自由該底㈣的兩側向上凸起，而形成—朝上 的開放空間13以收容記憶卡。其中該本體14具有-插入導 板⑷係由其頂端朝該開放空間13延伸且形成-插槽144。 /、中4本體14形成有複數端子槽⑷以收容該複數端子 20 ° X糕子20各具有一焊接端a及一接觸端24，該焊接端 22係延伸至該本體14的外侧以焊接於電路板2，該接觸端 φ 24則向該開放空間13延伸以電性接觸於插入後的記憶卡。 其中該底座12相對應於該端子20之接觸端24的位置設有一 、鏤空部120，該鏤空部12〇可在該端子2〇壓接過程中提供該 接觸端24下沈的裕度空間。其中該端子2〇可用嵌入式模轉 (insert moldlng)的方式設於該本體14内。該端子別或者 也可以用組裝的方式設於該本體14内，請參考第四圖，為 本創作之記憶卡連接器中組裝端子的立體分解圖，該組裝 方式的端子2G各具有-位於該焊接端22及該接觸端％之間 的固疋段23，，亥固疋段23兩側各形成有一干涉部232係以 8 M271272 干涉的方式固定於該端子槽140内。該固定段23的中央挖 设一通孔234，該通孔234提供兩侧的該干涉部232可彈性 壓縮，以方便組裝。其中該端子槽140係略呈倒丁字形。 請麥閱第四圖至第四B圖，分別為本創作之記憶卡連 接器的立體圖、及夾持裝置的立體圖。該夾持裝置3〇較佳 是金屬材質，一面具有較佳強度，另一面可藉沖壓而成。 該夾持裝置30包括有一對扣合板32係固定於該絕緣殼體1〇 遠離該本體14的兩侧以扣合插入後的記憶卡於該開放空間 13内。該扣合板32各自形成一圓滑的導引部料於其頂端， 以供記憶卡順暢地卡入並取出。本較佳實施例是在由該扣 合板32的頂端朝該開放空間13彎折形成圓滑的上導角及下 導角，可圓滑地與記憶卡的側邊接觸。其中上導角可供記 憶卡順利卡入該開放空間13内，下導角可保護記憶卡在直 接被拔起時不致受損。 在本較佳實施例中，如第四B圖所示的，該夾持裝置 30是藉由沖壓金屬料帶3而一體成型，該金屬料帶3包括有 一連接於該夾持裝置30的餘料38。該夾持裝置3〇包括有一 固定板31，其中該對扣合板32乃一體成型地連接於該固定 板31的兩侧。該夾持裝置3〇較佳乃是藉由埋入式模鑄法 (insert molding)嵌入於該絕緣殼體1〇的底座12内。其中 該對扣合板32係各自向外形成一焊墊36以焊接於電路板， 該焊墊36較佳是藉由沖壓時一體成型於該扣合板犯上，用 以固定該夾持裝置3 〇的兩側底端於電路板上。 為著加強該夾持裝置30的穩定性，本創作中該固定板 M271272 31的邊緣具有至少一向外凸出的焊腳 板上°在本實施例中該固定板31的凸^定於電路 對= 另外，該金屬料帶3中具有- 對凸板37係由該固定板31突出以與該餘制連接 ==底座提供該夾持装置，衡的且 雖然目前記憶卡不需要接地，媽若記憶卡具有 出的動作，其5县古斗g η士 Βϊ . 輸 .\^上甚至疋同頻日守，則有可能需要接地，例如 =SD卡目前已提供有二條空餘的㈣端子可供發展成立 ，子设備。本創作藉由該夾持裝置3{)可同時提供接地的 功此，其巾該焊獅及該焊腳33,35可以選擇性地電性連 ，於電路板上的接地電路，藉此可提供記憶卡接地的功 睛簽閱第五圖，為本創作之記憶卡連接器斜插一記憶 卡的立體圖。本創作中該對侧壁15，16頂端的内側各設有 一，面154, 164可導引記憶卡進入該開放空間13。本創作 為著保護該夾持裝置30以避免外力撞擊或被過度彎折，該 對側壁15, 16各自凹設有一缺口 152, 162鄰近於其末端，其 中該對扣合板32的底端各自嵌設於該絕緣殼體1〇的該底座 12内並且各自設置於該缺口 152, 162内。藉此該記憶卡連 接器1的外側空間也可以供設置其他設備，並且該對扣合 板3 2也穩固地設置於該底座12内。 請參閱第五圖至第七圖，為本創作之記憶卡連接器插 入記憶卡的操作示意圖。本創作之記憶卡連接器1插拔 M271272 s己t思卡的步驟如下所述。首先將§己憶卡4 〇的前端斜狀插 入该本體14的插入導板14 2下方的插槽14 4，此時該插入導 板142具有導引的作用並且可使該記憶卡40準確地插入該 插槽144。本創作中該侧壁15、16是配合記憶卡的外形而 可以調整的，由於本實施例是以miniSD記憶卡為例，因此 該側壁16靠近該本體14的局部部份向内凸出以配合該 miniSD記憶卡40的凹陷部44。 接著如第六圖所示，將該記憶卡40向下壓入該開放空 間13，該記憶卡40可沿著該側壁15, 16的斜面154, 164被正 確‘引向下進入該記憶卡連接器。該記憶卡的兩側面 41，42同時抵接於該扣合板32的該導引部34，該扣合板犯 ‘ 被彈性地推開。等到該記憶卡40滑到該導引部34的下方 後，該扣合板32向内彈回並且扣住該記憶卡4〇的兩側面 41，42，如第七圖所示的。 請參閱第八圖及第九圖，分別為本創作之記憶卡連接 _ °°的俯視圖，及沿第八圖中9-9線的剖視圖。由於該記憶 卡40的頂面铛被該扣合板32扣住，因此可穩固地插設於該 . 記憶卡連接器内。由第九圖中，可看出本創作的該夾持裝 置30的該固定板31穩固地嵌入於該絕緣殼體1〇的該底座。 =，並且該夹持裝置30的兩端底部更藉由該扣合板32的該 焊塾36加強地焊接於電路板上。另外，該扣合板32是位於 及對側壁15，16的缺口152，162内，可避免外物勾扯到該扣 合板3 2。 v要却下Z丨思卡時，正確的方式應該是先向外侧扳 11 M271272 開遠對扣合板32，避免直接向上推出該記憶卡而損傷記 憶卡40。然後再取出記憶卡4〇。然而值得一提的是，本創 作提供具下導角的導引部34，即使使用者意外地直接向上 拔出該記憶卡40，也可使危險性降到最低。 研芩閱第十圖，為本創作之記憶卡連接器插設記憶卡 的仰視圖。此圖可看出該央持裝置3〇共有五處固定於電路 板上’包括有位於該固定板31兩側的兩片焊墊36、一片位 於外緣的焊腳33、及兩片位於内緣的焊腳35。其結構足以 抵擋任何方向的力量，可有效確保夾持裝置3〇不易變形及 脫落，以延長記憶卡連接器的使用壽命。 另外值得一提的，其中該絕緣殼體10的該底座12形 成有複數開口 123、125分別供該焊腳33、35外露，以方便 焊接及核視，同B守可gg省材料。另一面，該絕緣殼體1 〇的 該底座12形成有複數通孔121，並且該固定板“設有貫孔 311係相對應該通孔121，藉此可在嵌入式模鑄時容易固定 該夾持裝置30於模具内。 表τ、上所述，本創作實已符合新型專利之要件，依法提 出申明。惟以上所揭露者，僅為本創作較佳實施例而已， 自π能以此p艮定本創作之權利範圍’因此依本創作申請範 圍所做之均等’交化或修倚，仍屬本創作所涵蓋之範圍。尚 請審查委員撥冗細審，並盼早曰准予專利以勵創作，實感 德便。 【圖式簡單說明】 12 M271272 第一圖 知中華民國申請號_31861號專利『mini SD記憶卡連接器』的立體圖。 為本創作之記憶卡連接器的立體組合圖。 為本創作之記憶卡連接器另-角度的立體組合 圖。 為本創作之記憶卡連接ϋ之立體分解圖。 弟四Α圖：為本創作之記憶卡連制中夾㈣置的立體 圖。 第四B圖··為本創作之記憶卡連接器中爽持裝置之金屬料 帶的立體圖。 第五圖至第七圖：為本創作之記憶卡連接器插入記憶卡 的操作示意圖。 第 第 圖 圖 第四圖 第八圖 第九圖 第十圖 為本創作之ό己卡連接器的俯視圖。 為本創作沿第八圖中9 — 9線的剖視圖。 為本創作之記憶卡連接器插設記憶卡的仰視圖 主要元件符號說明 習知] 絕緣本體 側壁 夾持臂 板體 後段 插接端子 20a 22a,23a 30a 31a 33a 40a 止擋塊 32a 13 M271272 〔本創作〕Card) are suitable for all kinds of portable electronic products, such as mobile phones, digital cameras ... In order to read a memory card, there is a memory card connector in the prior art which is inserted into the memory card in an oblique manner, thereby omitting the top case of the memory card connector and reducing the volume and thickness of the memory card connector. This prior art is like the "MiniSD memory card connector" filed on the 11th day of the first year of the Republic of China on the 11th of the first year of the Republic of China with the patent No.. Please refer to the first figure, which is a perspective view of the prior art. The miniSD memory card connector package includes an elongated insulating body 20a, a pair of clamping arms 30a, and a plurality of plug terminals 40a are fixed on the insulating body 20a; wherein the insulation The left and right side walls 223, 2 of the main body 20a each protrude outward with a latch rib to press the clamping arm 30a; the outer sides of the side walls 22a, 23a each form an embedded groove for the clamping arm 30a is embedded (as shown in the misfit arm 3 (shown by the dashed line in the figure); the pair of clamping arms 30a has a symmetric structure, each having a long and narrow plate 31 & Surface stop 32 & and the back of the plate 5 M271272 31a & 33a are respectively accommodated in the set grooves of the side walls 22a 'and 23a of the insulating body, and the front end of the plate 仏Then the two side walls 22a, 23a of the 忒 insulating body 20a protrude from each other. However, the above-mentioned prior art has the following disadvantages: 1. To properly remove the memory card, the clamping arm 30a should be pulled outwards first. However, in the prior art, the clamping arm 3_ fixed side is easy to fall off. Furthermore, if the user is inadvertently directly :: = hold ::: and to a ^ =, the clamping arm 3〇 a is exposed and lacks protective measures. Especially when it is not operated excessively, it is easy to deform outward and be damaged. It is necessary to leave space on both sides of the two-card connector for the clamping arm 30a to move. The use of other mechanisms has limited space utilization. Therefore, it can be seen from the above that the conventional memory card connector in the above application obviously has inconveniences and lacks, and it can be improved:; ;! Missing can be improved. "Nate's dedicated research, ten m + use" has finally been proposed-a reasonable design and effective cover the above-mentioned missing original creation. Another d [new content] Card two-purpose card is a kind of improved memory card connection Device for memory so that the clamping f is not set to 1 ^ person, and the sub-domain is used for stable memory card clamping and shock setting, which is not easy to deform and fall off, so as to extend the use of the memory card connector. Provide _ kinds of memory card connectors, with a design that protects the memory card holding device of M271272, which can prevent foreign objects from scratching, hitting or being excessively bent. Another purpose of this creation is to provide a memory card connector, which can further Provide memory Card grounding function. To achieve the above purpose, the memory card connector of this creation is for a memory card to be inserted obliquely, including-an insulating case, a plurality of terminals, and a clamping device. The insulating case has a base. A system protrudes from one end of the base, and a pair of side walls each protrudes upward from both sides of the base, and forms an upward open space to accommodate the memory card, wherein the body has a 7 insert The guide plate is protruded from its top toward a part of the open space and forms a sample insert. Multiple terminals are completely contained in the body, and each terminal has -welding ^ and two contact ends, wherein the contact end extends to the open space. The memory card is inserted by electrical contact; the clamping device includes a ―fixed plate‖ and a pair of buckle plates connected to both sides of the fixed plate, which are arranged on the two sides of the insulating housing away from the body for buckle insertion After the memory card. "In order to achieve the above-mentioned other purposes, the memory card connector in this creation has an outwardly formed pad on each of the board a. The pad is fixed to the ground circuit which is electrically and electrically connected to the circuit board. The preferred embodiment of this creation will be described in detail with reference to the drawings, but these descriptions are only used to explain this creation, not any restrictions on the benefits of this creation. Ligan [Embodiment] Please refer to the second figure And the figure below is the three-dimensional combination diagram of the memory card connector and M271272 of this creation. This creation provides-a kind of memory card connector 1 series, 1 on the circuit board 2-the memory card is inserted obliquely. This embodiment is a taxi = ni SD memory card as an example (such as the memory card 40 shown in the fifth figure), the characteristics of the block and the same can also be made on other memory cards. The memory is connected to L. To include-insulation case 10, Wei terminal 20, and-misplacement .: The edge housing 10 has a base 12, a body 14, and-the opposite side. Two of the body 14 is raised from the -end of the bottom. The pair of side walls 15, The 16 series are formed by the two sides of the bottom ridge protruding upwards-the open space 13 facing upwards to accommodate the record Memory card. The body 14 has an insertion guide ⑷ extending from its top toward the open space 13 and forming a slot 144. / 4, the 4 body 14 is formed with a plurality of terminal slots 收容 to accommodate the plurality of terminals 20 ° X The cakes 20 each have a soldering end a and a contacting end 24. The soldering end 22 extends to the outside of the body 14 to be soldered to the circuit board 2. The contacting end φ 24 extends to the open space 13 for electrical contact. The memory card is inserted. The base 12 is provided with a hollow portion 120 corresponding to the contact end 24 of the terminal 20. The hollow portion 120 can provide the contact end 24 during the crimping process of the terminal 20. Sinking margin space. The terminal 20 can be installed in the body 14 by insert moldlng. The terminal can also be installed in the body 14 by assembly method, please refer to section The four pictures are exploded perspective views of the assembled terminals in the memory card connector of this creation. The terminals 2G of the assembly method each have a fixing section 23 located between the welding end 22 and the contact end%. An interference portion 232 is formed on each side of the segment 23, and 8 M27127 2 The interference is fixed in the terminal slot 140. A through hole 234 is dug in the center of the fixing section 23, and the interference portion 232 provided on both sides can be elastically compressed to facilitate assembly. The terminal slot 140 is It is slightly inverted T-shaped. Please read the fourth to fourth pictures, which are the perspective view of the created memory card connector and the perspective view of the clamping device. The clamping device 30 is preferably a metal material, one side The clamping device 30 has better strength, and the other side can be formed by punching. The clamping device 30 includes a pair of buckle plates 32 which are fixed to the insulating housing 10 and both sides away from the body 14 to fasten the inserted memory card to the Within open space 13. Each of the buckle plates 32 forms a smooth guide portion at its top end, so that the memory card can be smoothly inserted and removed. In the preferred embodiment, the top of the buckle plate 32 is bent toward the open space 13 to form smooth upper and lower lead angles, which can smoothly contact the sides of the memory card. The upper lead angle allows the memory card to be smoothly inserted into the open space 13 and the lower lead angle can protect the memory card from being damaged when it is directly pulled out. In the present preferred embodiment, as shown in FIG. 4B, the clamping device 30 is integrally formed by punching a metal strip 3, and the metal strip 3 includes a spare portion connected to the clamping device 30.料 38。 Material 38. The clamping device 30 includes a fixing plate 31, wherein the pair of fastening plates 32 are integrally connected to both sides of the fixing plate 31. The clamping device 30 is preferably embedded in the base 12 of the insulating casing 10 by insert molding. The pair of buckle plates 32 each form a solder pad 36 outward for soldering to the circuit board, and the solder pad 36 is preferably integrally formed on the buckle plate member by punching to fix the clamping device 30. The bottom ends of the two sides are on the circuit board. In order to enhance the stability of the clamping device 30, the edge of the fixing plate M271272 31 in this creation has at least one protruding leg plate. In this embodiment, the protrusion of the fixing plate 31 is determined by the circuit pair = In addition, the metal strip 3 has-a pair of convex plates 37 protruding from the fixing plate 31 to connect with the surplus == the base provides the clamping device, which is balanced and although the current memory card does not need to be grounded, if the memory card The card has the action, its 5 counties Gudou g η 士 Βϊ. Lost. \ ^ Even on the same frequency day guard, you may need to ground, for example = SD card has provided two spare ㈣ terminals for development Set up, child devices. In this creation, the clamping device 3 {) can simultaneously provide a grounding function, and the welding lion and the soldering feet 33, 35 can be selectively electrically connected to the ground circuit on the circuit board, thereby enabling Provide the grounding of the memory card to sign the fifth picture, this is a perspective view of the memory card connector inserted into a memory card obliquely. In this creation, one pair of side walls 15, 16 is provided on the inner side of the top end, and the surfaces 154, 164 can guide the memory card into the open space 13. The purpose of this creation is to protect the clamping device 30 from external force or excessive bending. The pair of side walls 15, 16 are respectively recessed with a notch 152, 162 adjacent to their ends. The bottom ends of the pair of fastening plates 32 are respectively embedded. It is disposed in the base 12 of the insulating casing 10 and is respectively disposed in the notches 152 and 162. Thereby, the outer space of the memory card connector 1 can also be used for setting other equipment, and the pair of buckle plates 32 are also firmly set in the base 12. Please refer to Figures 5 to 7 for the operation of inserting a memory card into the created memory card connector. The steps for inserting and removing the M271272 SD card from the memory card connector 1 of this creation are as follows. First, insert the front end of the §memory card 40 into the slot 14 4 below the insertion guide 14 2 of the body 14 at an oblique shape. At this time, the insertion guide 142 has a guiding function and allows the memory card 40 to accurately Insert into this slot 144. In this creation, the side walls 15 and 16 can be adjusted according to the shape of the memory card. Since the miniSD memory card is taken as an example in this embodiment, a part of the side wall 16 near the body 14 projects inward to fit. The recessed portion 44 of the miniSD memory card 40. Then, as shown in the sixth figure, the memory card 40 is pushed down into the open space 13, and the memory card 40 can be correctly guided down the bevels 154, 164 of the side walls 15, 16 into the memory card connection. Device. Both sides 41, 42 of the memory card abut against the guide portion 34 of the buckle plate 32 at the same time, and the buckle plate is elastically pushed away. After the memory card 40 slides below the guide portion 34, the buckle plate 32 springs back inward and snaps both sides 41, 42 of the memory card 40, as shown in the seventh figure. Please refer to the eighth and ninth diagrams, respectively, for the top view of the created memory card connection _ °°, and the cross-sectional view along the line 9-9 in the eighth diagram. Since the top surface of the memory card 40 is buckled by the buckle plate 32, it can be firmly inserted into the memory card connector. From the ninth figure, it can be seen that the fixing plate 31 of the holding device 30 of the present invention is firmly embedded in the base of the insulating case 10. =, And both ends of the clamping device 30 are reinforced and welded to the circuit board by the solder pads 36 of the buckle board 32. In addition, the fastening plate 32 is located in the notches 152 and 162 of the opposite side walls 15 and 16 to prevent foreign objects from hooking the fastening plate 32. v If you want to download Z card, the correct way should be to pull the outer side 11 M271272 far away from the buckle plate 32, to avoid directly pushing the memory card upward and damaging the memory card 40. Then remove the memory card 40. However, it is worth mentioning that the present invention provides a guide portion 34 with a lower leading angle, which can minimize the risk even if the user accidentally pulls out the memory card 40 directly upward. Study the tenth picture, and insert a memory card for the created memory card connector. It can be seen in this figure that the central holding device 30 is fixed to the circuit board in five places, including two pieces of solder pads 36 located on both sides of the fixed plate 31, one welding leg 33 on the outer edge, and two pieces on the inside. Edge of the solder foot 35. Its structure is enough to resist the force in any direction, which can effectively ensure that the clamping device 30 is not easy to deform and fall off, so as to prolong the service life of the memory card connector. In addition, it is worth mentioning that the base 12 of the insulating housing 10 is formed with a plurality of openings 123 and 125 for the welding legs 33 and 35 to be exposed respectively for the convenience of welding and inspection. On the other hand, the base 12 of the insulating housing 10 is formed with a plurality of through holes 121, and the fixing plate is provided with a through hole 311 corresponding to the through hole 121, so that the clip can be easily fixed during insert molding. Hold the device 30 in the mold. Table τ, as mentioned above, this creation has actually met the requirements of the new patent, and made a declaration in accordance with the law. However, what is disclosed above is only the preferred embodiment of this creation. Since π can use this p The right scope of the creation is therefore 'equal to the scope of the application for the creation', and it is still within the scope of the creation. The review members are requested to take time to review and look forward to granting patents to encourage creation [Schematic description] 12 M271272 The first picture is a perspective view of the patent "mini SD memory card connector" of the Republic of China application number _31861. This is a three-dimensional combination diagram of the memory card connector created for this. Another-angled three-dimensional combination diagram of the memory card connector of this creation. This is an exploded three-dimensional exploded view of the memory card connection unit of this creation. Figure 4A: The three-dimensional view of the installation of the memory card connection system for this creation. The fourth Picture B ... This is a perspective view of the metal strip of the holding device in the memory card connector of this creation. Figures 5 to 7: Schematic diagrams of inserting a memory card for the memory card connector of this creation. The eighth figure, the ninth figure, and the tenth figure are top views of the creative card connector. This is a cross-sectional view taken along line 9-9 in the eighth figure. A bottom view of a memory card inserted into the memory card connector of this creative work. Description of the main component symbols and conventions] Insulating body side wall clamping arm board body rear plug terminals 20a 22a, 23a 30a 31a 33a 40a Stopper 32a 13 M271272 [this creation]
記憶卡連接器 1 絕緣殼體 10 底座 12 本體 14 通孔 121 插入導板 142 開口 123, 125 插槽 144 側槽 127 開放空間 13 侧壁 15, 16 缺口 152, 162 斜面 154, 164 端子 20 焊接端 22 接觸端 24 固定段 23 干涉部 232 通孔 234 夾持裝置 30 固定板 31 貫孔 311 扣合板 32 焊腳 33, 35 導引部 34 焊墊 36 凸板 37 餘料 38 記憶卡 40 側面 41,42 凹槽 44 頂面 46 電路板 2 金屬料帶 3 14Memory card connector 1 Insulated housing 10 Base 12 Body 14 Through hole 121 Insert guide 142 Opening 123, 125 Slot 144 Side slot 127 Open space 13 Side wall 15, 16 Notch 152, 162 Bevel 154, 164 Terminal 20 Solder end 22 Contact end 24 Fixing section 23 Interference part 232 Through hole 234 Clamping device 30 Fixing plate 31 Through hole 311 Buckle plate 32 Welding foot 33, 35 Guide part 34 Welding pad 36 Convex plate 37 Remaining material 38 Memory card 40 Side 41, 42 Groove 44 Top surface 46 Circuit board 2 Metal strip 3 14